{"id":15,"date":"2026-09-30T23:17:50","date_gmt":"2026-09-30T23:17:50","guid":{"rendered":"https:\/\/gigiolapscursos.com\/?page_id=15"},"modified":"2026-09-30T23:40:30","modified_gmt":"2026-09-30T23:40:30","slug":"curso-gigiolaps-basico-1","status":"publish","type":"page","link":"https:\/\/gigiolapscursos.com\/?page_id=15","title":{"rendered":"Curso GigioLaps Basico 1"},"content":{"rendered":"\n<meta charset=\"UTF-8\">\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\">\n<title>Electr\u00f3nica B\u00e1sica \u2014 Investigaci\u00f3n t\u00e9cnica<\/title>\n<link rel=\"preconnect\" href=\"https:\/\/fonts.googleapis.com\">\n<link rel=\"preconnect\" href=\"https:\/\/fonts.gstatic.com\" crossorigin=\"\">\n<link href=\"https:\/\/fonts.googleapis.com\/css2?family=Lora:ital,wght@0,500;0,600;0,700;1,500&amp;family=Inter:wght@400;500;600;700;800&amp;display=swap\" rel=\"stylesheet\">\n<style>\n:root{\n  --navy:#0A2540;\n  --navy2:#0E2F52;\n  --navy3:#123A67;\n  --teal:#12B886;\n  --teal-dim:#0E9270;\n  --amber:#FFB020;\n  --amber-dim:#B8860B;\n  --white:#FFFFFF;\n  --offwh:#F5F7F9;\n  --gray:#5B6B79;\n  --lgray:#E4E9EC;\n  --wire:#5B6B79;\n  --font-head:'Lora',Georgia,'Times New Roman',serif;\n  --font-body:'Inter',-apple-system,BlinkMacSystemFont,'Segoe UI',Helvetica,Arial,sans-serif;\n  --font-mono:'SFMono-Regular',Consolas,'Liberation Mono',Menlo,monospace;\n  color-scheme: dark;\n}\n*{box-sizing:border-box;}\nhtml,body{\n  margin:0;padding:0;height:100%;\n  background:var(--navy);\n  font-family:var(--font-body);\n  overflow:hidden;\n  -webkit-font-smoothing:antialiased;\n}\n::selection{background:var(--teal);color:var(--white);}\n\n\/* ---------------- app shell ---------------- *\/\n.app{\n  position:fixed;inset:0;\n  display:flex;flex-direction:column;\n  background:var(--offwh);\n}\n\n\/* ---------------- viewport \/ slides ---------------- *\/\n.viewport{\n  flex:1 1 auto;\n  position:relative;\n  overflow:hidden;\n}\n.slides{\n  position:absolute;inset:0;\n}\n.slide{\n  position:absolute;\n  top:0;left:0;\n  width:100%;\n  height:100%;\n  overflow:hidden;\n  background:var(--offwh);\n  -webkit-transform:translate3d(100%,0,0);\n  transform:translate3d(100%,0,0);\n  -webkit-transition:-webkit-transform .5s cubic-bezier(.65,0,.35,1);\n  transition:transform .5s cubic-bezier(.65,0,.35,1);\n  visibility:hidden;\n  contain:layout paint;\n  -webkit-backface-visibility:hidden;\n  backface-visibility:hidden;\n}\n\/* Solo la hoja visible y sus vecinas se dibujan: Chrome no crea 23 capas de GPU *\/\n.slide.is-near{\n  visibility:visible;\n  content-visibility:visible;\n}\n.slide:not(.is-near){ content-visibility:hidden; }\n\/* Solo la hoja visible anima: evita parpadeos y consumo innecesario *\/\n.slide:not(.is-active),\n.slide:not(.is-active) *,\n.slide:not(.is-active) *::before,\n.slide:not(.is-active) *::after{\n  -webkit-animation-play-state:paused !important;\n  animation-play-state:paused !important;\n}\n.slide-inner{\n  position:absolute;inset:0;\n  padding:clamp(20px,4vw,56px) clamp(24px,5.5vw,72px);\n  display:flex;flex-direction:column;\n  overflow-y:auto;\n}\n\n\/* ---------------- bottom controls ---------------- *\/\n.controls{\n  flex:0 0 auto;\n  height:60px;\n  display:flex;align-items:center;justify-content:space-between;\n  gap:14px;\n  padding:0 18px;\n  background:var(--navy);\n  border-top:1px solid rgba(255,255,255,.08);\n  z-index:40;\n}\n.controls .hint{\n  font-family:var(--font-body);\n  font-size:11.5px;\n  color:#7C93A3;\n  display:flex;align-items:center;gap:6px;\n  flex:0 0 auto;\n}\n.controls .kbd{\n  border:1px solid rgba(255,255,255,.18);\n  border-radius:4px;\n  padding:1px 6px;\n  font-family:var(--font-mono);\n  font-size:10.5px;\n  color:#B8C6CF;\n}\n\n\/* dot navigation \u2014 direct access to any slide *\/\n.dotnav{\n  flex:1 1 auto;\n  height:100%;\n  display:flex;align-items:center;justify-content:center;\n  gap:7px;\n  overflow-x:auto;\n  scrollbar-width:none;\n  padding:0 4px;\n}\n.dotnav::-webkit-scrollbar{display:none;}\n.dot-btn{\n  flex:0 0 auto;\n  width:22px;height:22px;\n  border:none;background:none;cursor:pointer;\n  display:flex;align-items:center;justify-content:center;\n  padding:0;\n}\n.dot-btn::before{\n  content:'';\n  width:8px;height:8px;\n  border-radius:50%;\n  background:rgba(255,255,255,.22);\n  border:1.5px solid transparent;\n  transition:all .28s cubic-bezier(.34,1.56,.64,1);\n}\n.dot-btn:hover::before{\n  background:rgba(18,184,134,.55);\n  transform:scale(1.35);\n}\n.dot-btn.active::before{\n  background:var(--teal);\n  border-color:rgba(18,184,134,.4);\n  width:11px;height:11px;\n  transform:scale(1.5);\n  box-shadow:0 0 0 4px rgba(18,184,134,.22), 0 0 12px rgba(18,184,134,.5);\n  animation:dotPulse 1.8s ease-in-out infinite;\n}\n@keyframes dotPulse{\n  0%,100%{ box-shadow:0 0 0 4px rgba(18,184,134,.22), 0 0 10px rgba(18,184,134,.45); }\n  50%{ box-shadow:0 0 0 7px rgba(18,184,134,.12), 0 0 16px rgba(18,184,134,.65); }\n}\n\n.navbtns{display:flex;gap:10px;flex:0 0 auto;}\n.navbtn{\n  width:40px;height:40px;\n  border-radius:50%;\n  border:1px solid rgba(255,255,255,.15);\n  background:rgba(255,255,255,.05);\n  color:var(--white);\n  display:flex;align-items:center;justify-content:center;\n  cursor:pointer;\n  transition:background .2s, transform .2s cubic-bezier(.34,1.56,.64,1), border-color .2s, box-shadow .2s;\n  animation:navBreathe 2.6s ease-in-out infinite;\n}\n.navbtn:nth-child(2){ animation-delay:.3s; }\n.navbtn:hover{\n  background:var(--teal);border-color:var(--teal);\n  transform:scale(1.14);\n  box-shadow:0 0 0 6px rgba(18,184,134,.16), 0 4px 14px rgba(18,184,134,.4);\n  animation-play-state:paused;\n}\n.navbtn:active{transform:scale(.9);}\n.navbtn:disabled{opacity:.28;cursor:default;pointer-events:none;animation:none;}\n.navbtn svg{width:16px;height:16px;transition:transform .2s;}\n.navbtn:hover svg{transform:scale(1.1);}\n@keyframes navBreathe{\n  0%,100%{ box-shadow:0 0 0 0 rgba(255,255,255,.08); }\n  50%{ box-shadow:0 0 0 5px rgba(255,255,255,0); }\n}\n@media (prefers-reduced-motion:reduce){\n  .navbtn{animation:none;}\n  .dot-btn.active::before{animation:none;}\n  .chip{animation:none;}\n}\n\n\/* ---------------- shared visual bits ---------------- *\/\n.dotgrid{position:absolute;inset:0;pointer-events:none;\n  background-image:radial-gradient(rgba(18,184,134,.16) 1px, transparent 1px);\n  background-size:34px 34px;\n}\n.dotgrid.on-dark{background-image:radial-gradient(rgba(18,184,134,.22) 1px, transparent 1px);}\n\n.kicker{\n  font-family:var(--font-body);\n  font-weight:700;\n  font-size:clamp(11px,1vw,13px);\n  letter-spacing:.14em;\n  color:var(--teal);\n  margin:0 0 6px;\n}\n.kicker.amber{color:var(--amber);}\nh1.slide-title{\n  font-family:var(--font-head);\n  font-weight:700;\n  font-size:clamp(26px,3vw,36px);\n  color:var(--navy);\n  margin:0 0 10px;\n  line-height:1.12;\n}\nh1.slide-title.on-dark{color:var(--white);}\n.slide-sub{\n  font-family:var(--font-body);\n  font-size:clamp(12px,1.05vw,14.5px);\n  color:var(--gray);\n  max-width:64ch;\n  margin:0 0 18px;\n  line-height:1.5;\n}\n.slide-sub.on-dark{color:#C9D6DE;}\n\n\/* ---------------- TITLE SLIDE ---------------- *\/\n.slide-title-hero{\n  height:100%;width:100%;\n  display:flex;flex-direction:column;justify-content:center;align-items:center;\n  text-align:center;\n  padding:clamp(20px,5vw,80px) clamp(28px,7vw,96px);\n  background-image:\n    linear-gradient(rgba(6,16,29,.4), rgba(6,16,29,.58)),\n    var(--pcb-bg);\n  background-size:cover;background-position:center;\n  color:var(--white);\n}\n.hero-eyebrow{\n  font-family:var(--font-body);font-weight:700;font-size:clamp(15px,1.6vw,19px);\n  letter-spacing:.26em;color:var(--teal);margin-bottom:18px;\n  text-shadow:0 2px 10px rgba(0,0,0,.6);\n}\n.hero-rule{width:72px;height:3px;background:var(--teal);margin:0 auto 26px;box-shadow:0 2px 8px rgba(0,0,0,.4);}\n.hero-title{\n  font-family:var(--font-head);font-weight:700;\n  font-size:clamp(52px,9vw,116px);\n  line-height:1.03;margin:0 0 26px;\n  text-shadow:\n    0 0 14px rgba(255,255,255,.55),\n    0 0 34px rgba(255,255,255,.35),\n    0 0 64px rgba(255,255,255,.2),\n    0 3px 12px rgba(0,0,0,.5);\n}\n.hero-desc{\n  font-family:var(--font-head);font-style:italic;font-weight:500;\n  font-size:clamp(19px,2.3vw,30px);\n  color:#E4E9EC;max-width:56ch;margin:0 auto 40px;\n  text-shadow:\n    0 0 10px rgba(255,255,255,.45),\n    0 0 24px rgba(255,255,255,.25),\n    0 2px 8px rgba(0,0,0,.5);\n}\n.hero-chips{display:flex;flex-wrap:wrap;justify-content:center;gap:10px;max-width:840px;}\n.chip{\n  font-family:var(--font-body);\n  font-size:clamp(14px,1.3vw,18px);font-weight:700;\n  letter-spacing:.05em;\n  text-transform:uppercase;\n  padding:13px 26px;border-radius:999px;\n  background:rgba(10,37,64,.55);\n  border:1px solid rgba(18,184,134,.55);\n  color:var(--white);\n  -webkit-backdrop-filter:blur(2px);\n  backdrop-filter:blur(2px);\n  cursor:pointer;\n  transition:background .22s, border-color .22s, transform .22s cubic-bezier(.34,1.56,.64,1), box-shadow .22s;\n}\n.chip:hover{\n  background:var(--teal);\n  border-color:var(--teal);\n  transform:translateY(-4px) scale(1.06);\n  box-shadow:0 10px 22px rgba(18,184,134,.4);\n  animation-play-state:paused;\n}\n.chip:active{transform:translateY(-1px) scale(.97);}\n}\n\n\/* ---------------- AGENDA ---------------- *\/\n.agenda-slide{justify-content:center;align-items:center;text-align:center;}\n.agenda-center{width:100%;max-width:1180px;margin-inline:auto;}\n.agenda-slide .kicker{justify-content:center;text-align:center;font-size:clamp(14px,1.3vw,17px);}\n.agenda-slide h1.slide-title{text-align:center;font-size:clamp(34px,4.4vw,54px);margin-bottom:clamp(20px,3vw,40px);}\n.agenda-grid{\n  display:grid;grid-template-columns:1fr 1fr;\n  gap:0 64px;\n  margin-top:0;\n  text-align:left;\n}\n.agenda-col{display:flex;flex-direction:column;}\n.agenda-item{\n  display:flex;gap:22px;align-items:flex-start;\n  padding:clamp(14px,2vw,22px) 0;\n  border-bottom:1px solid var(--lgray);\n  cursor:pointer;\n  transition:padding-left .18s;\n}\n.agenda-item:last-child{border-bottom:none;}\n.agenda-item:hover{padding-left:8px;}\n.agenda-num{\n  font-family:var(--font-head);font-weight:700;font-size:clamp(30px,3.6vw,44px);\n  color:var(--teal);min-width:64px;line-height:1;\n}\n.agenda-txt b{display:block;font-size:clamp(17px,1.7vw,22px);color:var(--navy);font-weight:600;text-transform:uppercase;letter-spacing:.02em;}\n.agenda-txt span{display:block;font-size:clamp(12.5px,1.15vw,15px);color:var(--gray);margin-top:4px;}\n\n\/* ---------------- CONCEPT SLIDE ---------------- *\/\n.concept{display:flex;height:100%;gap:0;}\n.concept-left{\n  width:36%;min-width:290px;\n  background:var(--navy);\n  color:var(--white);\n  padding:clamp(20px,3.4vw,44px) clamp(20px,3vw,38px);\n  display:flex;flex-direction:column;align-items:center;text-align:center;\n  position:relative;\n}\n.concept-right{\n  flex:1;min-width:0;\n  padding:clamp(20px,3.4vw,44px) clamp(20px,3.6vw,52px);\n  display:flex;flex-direction:column;\n  overflow:auto;\n}\n.icon-badge{\n  width:78px;height:78px;border-radius:50%;\n  background:var(--navy2);\n  border:2px solid var(--teal);\n  display:flex;align-items:center;justify-content:center;\n  margin:0 auto 20px;\n  box-shadow:0 8px 18px rgba(0,0,0,.35);\n}\n.icon-badge.amber{border-color:var(--amber);}\n.icon-badge svg{width:44px;height:44px;color:var(--teal);}\n.icon-badge.amber svg{color:var(--amber);}\n.concept-kicker{font-size:12px;font-weight:700;letter-spacing:.14em;color:var(--teal);margin-bottom:6px;}\n.concept-kicker.amber{color:var(--amber);}\n.concept-title{font-family:var(--font-head);font-weight:700;font-size:clamp(22px,2.4vw,28px);margin:0 0 auto;text-transform:uppercase;letter-spacing:.01em;}\n.unit-box{\n  width:100%;\n  background:var(--navy2);border:1px solid var(--teal);border-radius:10px;\n  padding:16px 14px;text-align:center;margin-top:18px;\n  box-shadow:0 10px 22px rgba(0,0,0,.3);\n}\n.unit-box.amber{border-color:var(--amber);}\n.unit-box .u{font-family:var(--font-head);font-weight:700;font-size:clamp(30px,3.4vw,40px);color:var(--teal);}\n.unit-box.amber .u{color:var(--amber);}\n.unit-box .ul{font-size:10.5px;color:#C9D6DE;letter-spacing:.05em;margin-top:2px;}\n.formula{\n  margin-top:12px;text-align:center;font-family:var(--font-mono);\n  font-weight:700;font-size:15px;color:var(--white);\n}\n\n.mini-schematic{\n  width:100%;\n  margin-top:16px;\n  background:rgba(255,255,255,.04);\n  border:1px solid rgba(255,255,255,.12);\n  border-radius:10px;\n  padding:10px 12px 8px;\n}\n.mini-caption{\n  margin-top:2px;text-align:center;font-size:9.5px;letter-spacing:.03em;\n  color:#8FA3B0;font-family:var(--font-body);\n}\n\n.bullets{display:flex;flex-direction:column;gap:6px;flex:1;}\n.bullet{\n  display:flex;gap:20px;padding:clamp(14px,1.6vw,20px) 0;border-bottom:1px dashed var(--lgray);\n}\n.bullet:last-child{border-bottom:none;}\n.bnum{\n  flex:0 0 auto;width:clamp(36px,3vw,44px);height:clamp(36px,3vw,44px);border-radius:10px;\n  background:var(--offwh);border:1.5px solid var(--teal);\n  display:flex;align-items:center;justify-content:center;\n  font-weight:700;font-size:clamp(15px,1.3vw,18px);color:var(--navy);\n}\n.bullet.amber .bnum{border-color:var(--amber);}\n.bnum.linkable{\n  background:var(--teal);color:var(--white);border-color:var(--teal);\n  cursor:pointer;\n  transition:transform .2s cubic-bezier(.34,1.56,.64,1), box-shadow .2s;\n  animation:bnumPulse 2.4s ease-in-out infinite;\n}\n.bnum.linkable:hover{\n  transform:scale(1.18);\n  box-shadow:0 0 0 5px rgba(18,184,134,.2), 0 4px 12px rgba(18,184,134,.45);\n  animation-play-state:paused;\n}\n.bnum.linkable:active{transform:scale(.94);}\n@keyframes bnumPulse{\n  0%,100%{ box-shadow:0 0 0 0 rgba(18,184,134,.4); }\n  60%{ box-shadow:0 0 0 7px rgba(18,184,134,0); }\n}\n.btext{flex:1;min-width:0;}\n.btext .row{display:flex;align-items:baseline;justify-content:space-between;gap:10px;flex-wrap:wrap;}\n.btext b{font-size:clamp(17px,1.55vw,21px);color:var(--navy);font-weight:700;}\n.btext p{margin:6px 0 0;font-size:clamp(13.5px,1.15vw,16px);color:var(--gray);line-height:1.55;}\n\n.note-box{\n  margin-top:16px;background:var(--offwh);border-radius:10px;\n  padding:13px 16px;font-size:12px;color:var(--navy);line-height:1.5;\n}\n.note-box b{color:var(--teal-dim);}\n.note-box.amber b{color:var(--amber-dim);}\n\n\/* ---------------- gates ---------------- *\/\n.gates-grid{\n  display:grid;grid-template-columns:repeat(3,1fr);gap:16px;\n  margin-top:8px;flex:1;align-content:start;\n}\n.gate-card{\n  background:var(--white);border:1px solid var(--lgray);border-radius:12px;\n  padding:18px 18px 16px;\n  box-shadow:0 8px 20px rgba(10,37,64,.07);\n}\n.gate-card .row{display:flex;align-items:center;justify-content:center;gap:18px;margin-bottom:12px;}\n.gate-card svg{width:60px;height:60px;color:var(--navy);flex:0 0 auto;}\n.gate-card b{font-family:var(--font-head);font-size:26px;color:var(--navy);}\n.gate-card p{margin:0;font-size:14.5px;color:var(--gray);line-height:1.45;text-align:center;}\n\n\/* ---------------- table ---------------- *\/\n.tbl-wrap{\n  max-height:100%; overflow:auto;\n  margin-top:10px;background:var(--white);border-radius:10px;overflow:hidden;\n  box-shadow:0 10px 26px rgba(10,37,64,.1);flex:1;\n}\ntable.comp-table{width:100%;border-collapse:collapse;font-size:12.5px;}\ntable.comp-table thead th{\n  background:var(--navy);color:var(--white);text-align:left;\n  padding:11px 16px;font-weight:600;font-size:12px;\n}\ntable.comp-table tbody td{padding:10px 16px;border-bottom:1px solid var(--lgray);color:var(--navy);}\ntable.comp-table tbody tr:nth-child(even){background:var(--offwh);}\ntable.comp-table tbody td:first-child{font-weight:700;text-transform:uppercase;letter-spacing:.02em;}\n\n\/* ---- tabla resumen, versi\u00f3n con s\u00edmbolos y medici\u00f3n ---- *\/\ntable.comp-table.pro{ font-size:clamp(11.5px,1.02vw,13.5px); }\ntable.comp-table.pro thead th{\n  padding:10px 16px; font-size:.88em; letter-spacing:.06em; text-transform:uppercase;\n  position:sticky; top:0; z-index:2;\n}\ntable.comp-table.pro thead th.c{ text-align:center; }\ntable.comp-table.pro tbody td{ padding:7px 16px; vertical-align:middle; line-height:1.45; }\ntable.comp-table.pro tbody tr{ transition:background .18s; }\ntable.comp-table.pro tbody tr:hover{ background:rgba(18,184,134,.10); }\ntable.comp-table.pro tbody td.comp{\n  font-weight:700; text-transform:none; letter-spacing:0;\n  font-size:1.06em; white-space:nowrap;\n  border-left:3px solid transparent;\n}\ntable.comp-table.pro tbody tr:hover td.comp{ border-left-color:var(--teal); }\ntable.comp-table.pro td.c{ text-align:center; }\n.symcell{ color:var(--navy); }\n.symcell .sym{ display:block; margin:0 auto 1px; width:clamp(40px,3.6vw,56px); height:auto; }\n.symcell span{\n  display:inline-block; font-family:var(--font-mono); font-size:.86em; font-weight:700;\n  color:var(--teal-dim);\n}\n.unidad{\n  display:inline-block; font-family:var(--font-mono); font-weight:700; font-size:.95em;\n  background:var(--offwh); border:1px solid var(--lgray); border-radius:6px; padding:3px 9px; color:var(--navy);\n}\ntd.medir{ color:var(--gray); max-width:44ch; }\ntd.medir b{ color:var(--teal-dim); font-family:var(--font-mono); font-weight:700; }\n\/* versi\u00f3n grande: la tabla va repartida en dos hojas *\/\ntable.comp-table.pro.grande{ font-size:clamp(17px,1.6vw,24px); }\ntable.comp-table.pro.grande thead th{ padding:22px 26px; font-size:.78em; }\ntable.comp-table.pro.grande tbody td{ padding:26px 26px; line-height:1.5; }\ntable.comp-table.pro.grande tbody td.comp{ font-size:1.12em; }\ntable.comp-table.pro.grande .symcell .sym{ width:clamp(78px,6.6vw,108px); }\ntable.comp-table.pro.grande .symcell span{ font-size:.82em; }\ntable.comp-table.pro.grande .unidad{ padding:5px 13px; }\ntable.comp-table.pro.grande td.medir{ max-width:40ch; }\n@media (max-height:850px){\n  table.comp-table.pro.grande{ font-size:clamp(15px,1.35vw,19px); }\n  table.comp-table.pro.grande thead th{ padding:14px 20px; }\n  table.comp-table.pro.grande tbody td{ padding:17px 20px; }\n  table.comp-table.pro.grande .symcell .sym{ width:70px; }\n}\n\n\/* ---------------- conclusion ---------------- *\/\n.concl{\n  height:100%;background:var(--navy);color:var(--white);\n  display:flex;flex-direction:column;justify-content:center;\n  position:relative;overflow:hidden;\n}\n.concl-glow{position:absolute;right:-10%;top:-30%;width:60%;aspect-ratio:1;border-radius:50%;\n  background:radial-gradient(circle,rgba(18,184,134,.18),transparent 70%);}\n.concl-list{list-style:none;margin:22px 0 0;padding:0;display:flex;flex-direction:column;gap:16px;max-width:820px;}\n.concl-list li{display:flex;gap:12px;font-size:14.5px;color:#E4E9EC;line-height:1.5;}\n.concl-list li::before{content:'';width:9px;height:9px;border-radius:50%;background:var(--teal);flex:0 0 auto;margin-top:6px;}\n.thanks{margin-top:30px;font-family:var(--font-head);font-weight:700;font-size:20px;color:var(--teal);}\n\n\/* ---------------- custom device diagrams (transistor \/ mosfet \/ comparator) ---------------- *\/\n.device-wrap{display:flex;height:100%;}\n.device-left{\n  width:36%;min-width:290px;background:var(--navy);color:var(--white);\n  padding:clamp(20px,3.4vw,44px) clamp(20px,3vw,38px);\n  display:flex;flex-direction:column;align-items:center;text-align:center;\n}\n.device-svg-box{flex:0 0 auto;margin-bottom:12px;}\n.spec-box{\n  width:100%;text-align:left;\n  background:var(--navy2);border:1px solid var(--teal);border-radius:10px;\n  padding:14px 16px;margin-top:auto;\n}\n.spec-box.amber{border-color:var(--amber);}\n.spec-box.arriba{margin-top:22px;}\n.sym-row{ display:flex; justify-content:center; margin-bottom:10px; }\n\/* datasheet y encapsulados *\/\n.sch-foto{ width:100%; overflow:auto; background:#fff; border-radius:8px; padding:10px; }\n.sch-foto img{ display:block; width:100%; min-width:900px; height:auto; }\n.sch-foto{ background:#fff; border-radius:8px; padding:8px; }\n.sch-foto img{ display:block; width:100%; height:auto; }\n.ds-wrap{ display:flex; gap:26px; flex-wrap:wrap; align-items:flex-start; }\n.ds-pkg{ flex:0 0 clamp(210px,20vw,290px); width:clamp(210px,20vw,290px); height:auto; }\n.ds-table{ flex:1 1 380px; min-width:0; font-size:clamp(11.5px,1.05vw,14px); }\n.ds-table thead th{ padding:10px 14px; }\n.ds-table tbody td{ padding:9px 14px; }\ntd.ds-sym{ font-family:var(--font-mono); font-weight:700; color:var(--teal-dim); white-space:nowrap; }\n.ds-ej{ margin-top:16px; background:var(--white); border:1px solid var(--teal); border-radius:12px; padding:14px 18px; }\n.ds-ej-head{ display:flex; align-items:center; gap:12px; flex-wrap:wrap; margin-bottom:6px; }\n.ds-ej-tag{ font-size:10.5px; font-weight:700; letter-spacing:.06em; text-transform:uppercase; color:#fff; background:var(--teal); padding:4px 10px; border-radius:20px; }\n.ds-ej-head b{ font-family:var(--font-mono); font-size:clamp(16px,1.6vw,21px); color:var(--navy); }\n.ds-ej > p{ margin:0 0 10px; font-size:12.5px; color:var(--gray); }\n.ds-ej-grid{ display:grid; grid-template-columns:repeat(auto-fit,minmax(150px,1fr)); gap:10px; }\n.ds-ej-grid > div{ background:var(--offwh); border-radius:8px; padding:8px 12px; }\n.ds-ej-grid span{ display:block; font-size:10.5px; color:var(--gray); margin-bottom:2px; }\n.ds-ej-grid b{ font-family:var(--font-mono); font-size:12.5px; color:var(--teal-dim); }\n.ds-ej-fam{ margin:10px 0 0 !important; font-size:11.5px; font-style:italic; }\n.ds-ej-fam b{ font-family:var(--font-mono); font-style:normal; color:var(--teal-dim); }\n.dual-info{ flex:1 1 380px; display:grid; grid-template-columns:repeat(auto-fit,minmax(200px,1fr)); gap:12px; }\n\/* marca de agua *\/\n.marca-agua{\n  position:fixed; right:26px; z-index:40;\n  bottom:calc(var(--navh, 64px) + 18px);\n  width:clamp(110px,10vw,150px); aspect-ratio:440\/164;\n  background:var(--logo-marca) no-repeat center\/contain;\n  opacity:.38; pointer-events:none;\n  transition:opacity .3s ease;\n}\n\/* sobre fondo oscuro se usa la versi\u00f3n blanca *\/\n.marca-agua.clara{ background-image:var(--logo-marca-blanco); opacity:.30; }\n.marca-agua.oculta{ opacity:0; }\n.sym-esq{ width:clamp(120px,12vw,168px); height:auto; }\n.formula{\n  display:flex; align-items:center; justify-content:center; flex-wrap:wrap; gap:9px;\n  font-family:var(--font-head); font-style:italic; color:var(--teal);\n  font-size:clamp(15px,1.5vw,19px); font-weight:700; margin-bottom:10px;\n}\n.formula sub{ font-size:.62em; font-style:normal; }\n.frac{ display:inline-flex; flex-direction:column; align-items:center; line-height:1.25; }\n.frac b{ font-weight:700; padding:0 6px 3px; border-bottom:2px solid var(--teal); }\n.frac i{ font-style:italic; padding-top:3px; font-size:.92em; }\n.frac-eq{ font-style:normal; }\n.device-left:has(.spec-box.arriba) .concept-title{margin-bottom:0;}\n.spec-box > b{display:block;font-size:13px;color:var(--teal);margin-bottom:6px;}\n.spec-box.amber b{color:var(--amber);}\n.spec-box p{margin:0;font-size:11px;color:#C9D6DE;line-height:1.5;}\n\n\/* ---------------- MODAL (ventana extra: simulaci\u00f3n con mult\u00edmetro) ---------------- *\/\n.modal-overlay{\n  position:fixed;inset:0;z-index:100;\n  background:rgba(6,14,26,.72);\n  display:flex;align-items:center;justify-content:center;\n  opacity:0;pointer-events:none;\n  visibility:hidden;\n  content-visibility:hidden;\n  transition:opacity .25s ease, visibility 0s linear .25s;\n  padding:24px;\n}\n.modal-overlay.encima{ z-index:120; }\n.modal-overlay.open{\n  opacity:1;pointer-events:auto;\n  visibility:visible;\n  content-visibility:visible;\n  \/* el desenfoque solo se calcula en la ventana abierta *\/\n  -webkit-backdrop-filter:blur(3px);\n  backdrop-filter:blur(3px);\n  transition:opacity .25s ease, visibility 0s linear 0s;\n}\n\/* nada se anima dentro de una ventana cerrada *\/\n.modal-overlay:not(.open),\n.modal-overlay:not(.open) *,\n.modal-overlay:not(.open) *::before,\n.modal-overlay:not(.open) *::after{\n  -webkit-animation-play-state:paused !important;\n  animation-play-state:paused !important;\n}\n.modal-box{\n  background:var(--white);border-radius:16px;\n  width:min(880px,94vw);max-height:92vh;overflow:auto;\n  padding:clamp(20px,3vw,36px);\n  transform:translateY(18px) scale(.97);\n  transition:transform .3s cubic-bezier(.34,1.56,.64,1);\n  box-shadow:0 30px 70px rgba(0,0,0,.45);\n}\n.modal-overlay.open .modal-box{transform:translateY(0) scale(1);}\n.modal-head{display:flex;align-items:flex-start;justify-content:space-between;gap:16px;margin-bottom:6px;}\n.modal-head .kicker{display:none;}\n.modal-close{\n  flex:0 0 auto;width:34px;height:34px;border-radius:50%;\n  border:1px solid var(--lgray);background:var(--offwh);cursor:pointer;\n  display:flex;align-items:center;justify-content:center;color:var(--navy);\n  transition:background .15s,transform .15s;\n}\n.modal-close:hover{background:var(--lgray);}\n.modal-close:active{transform:scale(.9);}\n.modal-close svg{width:15px;height:15px;}\n.modal-sub{font-size:clamp(13.5px,1.25vw,16px);color:var(--gray);margin:0 0 18px;line-height:1.6;}\n.circuit-card{background:var(--offwh);border-radius:12px;padding:18px;}\n.circuit-caption{font-size:11.5px;font-style:italic;color:var(--gray);text-align:center;margin:14px 0 0;line-height:1.5;}\n.modal-wide{width:min(960px,94vw);}\n.modal-xl{width:min(1760px,97vw);}\n.source-grid{display:flex;flex-wrap:wrap;gap:18px;align-items:stretch;justify-content:center;}\n.source-grid.tres .source-card{ flex:1 1 calc(33.333% - 12px); min-width:230px; }\n.source-card{\n  flex:1 1 calc(50% - 12px);min-width:240px;\n  background:var(--offwh);border-radius:12px;padding:22px 20px;text-align:center;\n  border:1px solid var(--lgray);\n}\n.source-card h3{font-family:var(--font-head);font-size:19px;color:var(--navy);margin:0 0 8px;}\n.source-card p{font-size:12px;color:var(--gray);margin:0 0 14px;line-height:1.5;}\n.source-specs{list-style:none;margin:0;padding:0;text-align:left;display:flex;flex-direction:column;gap:8px;}\n.source-specs li{font-size:11.5px;color:var(--navy);padding-left:16px;position:relative;}\n.source-specs li::before{content:'';position:absolute;left:0;top:6px;width:6px;height:6px;border-radius:50%;background:var(--teal);}\n.source-specs.amber li::before{background:var(--amber);}\n\n\/* multimeter simulation *\/\n.measure-btn{\n  display:flex;align-items:center;justify-content:center;gap:8px;\n  margin:16px auto 0;\n  padding:11px 24px;border-radius:999px;border:none;\n  background:var(--teal);color:var(--white);\n  font-family:var(--font-body);font-weight:700;font-size:13px;\n  cursor:pointer;\n  transition:background .2s, transform .15s;\n  box-shadow:0 8px 18px rgba(18,184,134,.35);\n}\n.measure-btn:hover{background:var(--teal-dim);transform:translateY(-2px);}\n.measure-btn:active{transform:translateY(0) scale(.97);}\n.measure-btn svg{width:14px;height:14px;}\n.lcd-text{font-family:'SFMono-Regular',Consolas,monospace;font-weight:700;}\n.lcd-text.settled{ text-shadow:0 0 10px rgba(63,224,165,.85); }\n.probe-dot{transition:r .2s, opacity .2s;}\n.probe-dot.active{ r:7; filter:drop-shadow(0 0 5px currentColor); }\n.probe-wire{transition:stroke-width .3s, opacity .3s;}\n.probe-wire.active{ stroke-width:3.5; opacity:1; animation:wireFlow .6s linear infinite; }\n@keyframes wireFlow{ to{ stroke-dashoffset:-18; } }\n#dmmDial{transition:transform .4s cubic-bezier(.34,1.56,.64,1);}\n.res-seg{transition:stroke .3s, stroke-width .3s;}\n.res-seg.included{stroke:#FFB020 !important;stroke-width:4.5;}\n\n\/* colour-code modal *\/\n#band1,#band2,#band3,#band4{transition:fill .35s ease;}\n.cc-result{\n  display:flex;align-items:center;justify-content:center;gap:14px;\n  margin-top:8px;flex-wrap:wrap;\n}\n.cc-calc{\n  font-family:var(--font-mono);font-size:15px;font-weight:700;color:var(--gray);\n}\n.cc-value{\n  font-family:var(--font-mono);font-size:24px;font-weight:700;color:var(--navy);\n  background:rgba(18,184,134,.12);border:1.5px solid var(--teal);\n  border-radius:8px;padding:5px 16px;\n}\n.cc-table{\n  display:grid; grid-template-columns:repeat(auto-fit,minmax(74px,1fr));\n  gap:6px; margin-top:18px;\n}\n.cc-chip{\n  display:flex; align-items:center; gap:7px;\n  background:var(--white); border:1px solid var(--lgray); border-radius:7px;\n  padding:6px 8px; font-size:11px; color:var(--navy); font-weight:600;\n}\n.cc-sw{ width:15px; height:15px; border-radius:4px; border:1px solid rgba(0,0,0,.2); flex:0 0 auto; }\n#band1,#band2,#band3,#band4{ transition:fill .35s ease; }\n.smd-sys{\n  display:grid; grid-template-columns:repeat(auto-fit,minmax(190px,1fr));\n  gap:12px; margin-top:20px;\n}\n.smd-card{\n  background:var(--white); border:1px solid var(--lgray); border-radius:10px; padding:13px 15px;\n}\n.smd-card b{ display:block; font-size:12.5px; color:var(--teal-dim); margin-bottom:5px; }\n.smd-card p{ margin:0 0 7px; font-size:11.5px; color:var(--gray); line-height:1.5; }\n.smd-card span{ font-family:var(--font-mono); font-size:11.5px; font-weight:700; color:var(--navy); }\n#smdMark{ transition:font-size .25s ease; }\n\n\/* voltage-as-pressure analogy *\/\n#waterFill{transition:y .6s ease, height .6s ease;}\n#hLine{transition:y1 .6s ease;}\n.electron{\n  animation:flowWire var(--spd) linear infinite;\n}\n@keyframes flowWire{\n  from{ transform:translateX(0); }\n  to{ transform:translateX(184px); }\n}\n.drop{\n  animation:jetFall calc(var(--spd) * 2.2) linear infinite;\n  opacity:0;\n}\n@keyframes jetFall{\n  0%{ transform:translate(0,0); opacity:1; }\n  100%{ transform:translate(34px,30px); opacity:0; }\n}\n@media (prefers-reduced-motion:reduce){\n  .electron,.drop{animation:none;}\n}\n\n\/* DC vs AC oscilloscope *\/\n.ac-scroll{ animation:acScroll 1.6s linear infinite; }\n@keyframes acScroll{\n  from{ transform:translateX(0); }\n  to{ transform:translateX(-108px); }\n}\n#dcTrace,#acGroup,#dcLabel,#acLabel{ transition:opacity .35s ease; }\n.trace-off{ opacity:0; }\n.wave-info{\n  display:flex;flex-wrap:wrap;gap:14px;margin-top:18px;\n}\n.wave-card{\n  flex:1 1 220px;min-width:0;\n  background:var(--white);border:1px solid var(--lgray);border-radius:10px;\n  padding:14px 16px;\n}\n.wave-card b{display:block;font-size:12.5px;margin-bottom:6px;}\n.wave-card p{margin:0 0 8px;font-size:11.5px;color:var(--gray);line-height:1.5;}\n.wave-card span{font-size:10.5px;color:var(--navy);font-weight:600;}\n@media (prefers-reduced-motion:reduce){\n  .ac-scroll{animation:none;}\n}\n\n\/* ---- Corriente: flujo \/ sentido \/ amper\u00edmetro ---- *\/\n.eparticle{ animation:eMove var(--spd) linear infinite; }\n@keyframes eMove{ from{ transform:translateX(0); } to{ transform:translateX(580px); } }\n\n.cparticle{ animation:cMove var(--spd) linear infinite; }\n@keyframes cMove{ from{ transform:translateX(0); } to{ transform:translateX(330px); } }\n\n.nparticle{ animation:nMove var(--spd) linear infinite; }\n@keyframes nMove{ from{ transform:translateX(0); } to{ transform:translateX(-330px); } }\n\n.aparticle{ animation:nMove var(--spd) linear infinite; }\n\n#convGroup,#elecGroup,#gapWire,#gapDots,#ammBody,#ammFlow{ transition:opacity .35s ease; }\n\n@media (prefers-reduced-motion:reduce){\n  .eparticle,.cparticle,.nparticle,.aparticle{animation:none;}\n}\n\n\/* ---- Resistencia: oposici\u00f3n y calor ---- *\/\n.oparticle{ animation:oMove var(--spd) linear infinite; }\n@keyframes oMove{ from{ transform:translateX(0); } to{ transform:translateX(460px); } }\n#heatWaves{ opacity:var(--heat); transition:opacity .4s ease; }\n#heatLabel{ opacity:var(--heat); transition:opacity .4s ease; }\n.heatw{ animation:heatRise 1.8s ease-in-out infinite; }\n@keyframes heatRise{\n  0%{ transform:translateY(8px); opacity:0; }\n  40%{ opacity:1; }\n  100%{ transform:translateY(-14px); opacity:0; }\n}\n\n\/* ---- Capacitor ---- *\/\n#capCharges,#capField,#chgFlow,#dchFlow,#lampBulb{ transition:opacity .4s ease, fill .4s ease; }\n#chargeBar{ transition:width .8s ease; }\n#dielec{ transition:fill .4s ease; }\n.chparticle{ animation:chMove var(--spd) linear infinite; }\n@keyframes chMove{ from{ transform:translateX(0); } to{ transform:translateX(220px); } }\n.dhparticle{ animation:dhMove var(--spd) linear infinite; }\n@keyframes dhMove{ from{ transform:translateX(0); } to{ transform:translateX(220px); } }\n\n@media (prefers-reduced-motion:reduce){\n  .oparticle,.heatw,.chparticle,.dhparticle{animation:none;}\n}\n\n\/* ---- Bobina ---- *\/\n#magField, #magLabel{ opacity:var(--mag); transition:opacity .5s ease; }\n.iparticle{ animation:iMove var(--spd) linear infinite; }\n@keyframes iMove{ from{ transform:translateX(0); } to{ transform:translateX(520px); } }\n#indFlow{ transition:opacity .4s ease; }\n@media (prefers-reduced-motion:reduce){ .iparticle{animation:none;} }\n\n\/* ---- Diodo ---- *\/\n.vparticle{ animation:vMove var(--spd) linear infinite; }\n@keyframes vMove{ from{ transform:translateX(0); } to{ transform:translateX(290px); } }\n.bparticle{ animation:bMove var(--spd) linear infinite; }\n@keyframes bMove{ from{ transform:translateX(0); } to{ transform:translateX(430px); } }\n#valveFwd,#valveRev,#diodeFwd,#diodeRev,#blockMarks,#biasFlow,#biasRevFlow,#biasBlock,#biasLamp{ transition:opacity .35s ease, fill .35s ease; }\n\n#valveFlap{ transition:transform .45s cubic-bezier(.34,1.56,.64,1); }\n\/* agua en sentido permitido: cruza toda la tuber\u00eda *\/\n.vpf{ animation:vpf 2.2s linear infinite; }\n@keyframes vpf{ from{ transform:translateX(0); } to{ transform:translateX(240px); } }\n\/* agua en sentido bloqueado: llega a la clapeta y se detiene *\/\n.vpr{ animation:vpr 1.8s ease-out infinite; }\n@keyframes vpr{\n  0%{ transform:translateX(0); opacity:1; }\n  65%{ transform:translateX(-104px); opacity:1; }\n  100%{ transform:translateX(-104px); opacity:0; }\n}\n\/* corriente en el diodo *\/\n.vdf{ animation:vdf 2.2s linear infinite; }\n@keyframes vdf{ from{ transform:translateX(0); } to{ transform:translateX(236px); } }\n.vdr{ animation:vdr 1.8s ease-out infinite; }\n@keyframes vdr{\n  0%{ transform:translateX(0); opacity:1; }\n  65%{ transform:translateX(-86px); opacity:1; }\n  100%{ transform:translateX(-86px); opacity:0; }\n}\n#valveFlap,#biasDiode,#diodeTri,#diodeBar{ transition:transform .45s cubic-bezier(.34,1.56,.64,1); }\n@media (prefers-reduced-motion:reduce){ .vparticle,.bparticle,.vpf,.vpr,.vdf,.vdr{animation:none;} }\n\n\/* ---- Transistor BJT ---- *\/\n#bjtGate{ transition:transform .55s cubic-bezier(.34,1.3,.64,1); }\n.gate-quote{\n  background:rgba(18,184,134,.10); border-left:4px solid var(--teal); border-radius:8px;\n  padding:12px 16px; margin:0 0 16px; font-size:clamp(13px,1.2vw,15px); color:var(--navy); line-height:1.55;\n}\n.gate-quote b{ color:var(--teal-dim); }\n#mgLamp,#mgGlow,#mg2Channel,#mg2GreenArrow,#mgPChannel,#mgPGreenArrow{ transition:fill .4s ease, opacity .4s ease; }\n.mgp-pick.on{ background:rgba(18,184,134,.12); border-color:var(--teal); }\n.mg-pick.on{ background:rgba(18,184,134,.12); border-color:var(--teal); }\n.imp-charge{ transform-box:fill-box; transform-origin:left center; }\n.imp-charge.drain{ transition:transform 12s linear, fill 12s linear; }\n.imp-charge.reset{ transition:transform .4s ease; }\n#impBjtFlow,#impBjtBase,#impMosFlow,#impMosGate,#impMosPulse{ transition:opacity .35s ease; }\n.app-fig{ display:block; width:100%; max-width:240px; height:auto; margin:0 auto 12px;\n  background:var(--white); border:1px solid var(--lgray); border-radius:10px; padding:6px; box-sizing:border-box; }\n#bjtPipeFlow,#bjtSymSlow,#bjtSymFast,#bjtSymBase{ transition:opacity .35s ease; }\n.gparticle{ animation:gMove var(--spdt) linear infinite; }\n@keyframes gMove{ from{ transform:translateY(0); } to{ transform:translateY(162px); } }\n.tparticle{ animation:tMove 2.1s linear infinite; }\n@keyframes tMove{ from{ transform:translateX(0); } to{ transform:translateX(250px); } }\n.bbparticle{ animation:bbMove var(--spdb) linear infinite; }\n@keyframes bbMove{ from{ transform:translateX(0); } to{ transform:translateX(150px); } }\n.ccparticle{ animation:ccMove var(--spdc) linear infinite; }\n@keyframes ccMove{ from{ transform:translateY(0); } to{ transform:translateY(194px); } }\n.mbparticle{ animation:mbMove var(--spdm) linear infinite; }\n@keyframes mbMove{ from{ transform:translateX(0); } to{ transform:translateX(95px); } }\n.mcparticle{ animation:mcMove var(--spdm) linear infinite; }\n@keyframes mcMove{ from{ transform:translateY(0); } to{ transform:translateY(214px); } }\n#bjtCFlow,#modeBaseFlow,#modeCFlow,#modeLamp{ transition:opacity .35s ease, fill .35s ease; }\n#ibBar,#icBar{ transition:width .5s ease; }\n@media (prefers-reduced-motion:reduce){\n  .tparticle,.bbparticle,.ccparticle,.mbparticle,.mcparticle{animation:none;}\n}\n\n\/* ---- MOSFET ---- *\/\n.mosp{ animation:mospMove var(--spdm) linear infinite; }\n@keyframes mospMove{ from{ transform:translateX(0); } to{ transform:translateX(300px); } }\n.impb{ animation:impbMove 2s linear infinite; }\n@keyframes impbMove{ from{ transform:translateX(0); } to{ transform:translateX(230px); } }\n.impm{ animation:impmMove 3.4s linear infinite; }\n@keyframes impmMove{\n  0%{ transform:translateX(0); opacity:1; }\n  70%{ transform:translateX(96px); opacity:1; }\n  85%,100%{ transform:translateX(100px); opacity:0; }\n}\n#mosChannel,#mosChannelLbl,#mosFieldLines,#mosFlow{ transition:opacity .45s ease; }\n@media (prefers-reduced-motion:reduce){ .mosp,.impb,.impm{animation:none;} }\n\n\/* ---- Hojas por compuerta ---- *\/\n.gate-big svg{ width:150px; width:clamp(120px,13vw,170px); height:auto; color:#fff; }\n.gate-right{ justify-content:flex-start; }\n.gt-h{\n  font-family:var(--font-head); font-size:clamp(20px,2vw,26px);\n  color:var(--navy); margin:0 0 18px;\n}\n.gt-play{\n  display:flex; align-items:center; gap:14px; flex-wrap:wrap;\n  background:var(--white); border:1px solid var(--lgray); border-radius:12px;\n  padding:16px 20px; margin-bottom:22px;\n  box-shadow:0 6px 16px rgba(10,37,64,.06);\n}\n.gt-hint{ font-size:12.5px; color:var(--gray); flex:1 1 100%; }\n.gt-toggles{ display:flex; gap:10px; }\n.gt-toggle{\n  display:flex; align-items:center; gap:10px;\n  background:var(--offwh); border:2px solid var(--lgray); border-radius:10px;\n  padding:10px 16px; cursor:pointer; font-family:var(--font-body);\n  transition:background .2s, border-color .2s, transform .15s;\n}\n.gt-toggle:hover{ transform:translateY(-2px); }\n.gt-toggle .gt-name{ font-size:13px; font-weight:700; color:var(--gray); }\n.gt-toggle .gt-val{\n  font-family:var(--font-mono); font-size:20px; font-weight:700; color:var(--navy);\n  min-width:16px; text-align:center;\n}\n.gt-toggle.on{ background:rgba(18,184,134,.12); border-color:var(--teal); }\n.gt-toggle.on .gt-name{ color:var(--teal-dim); }\n.gt-toggle.on .gt-val{ color:var(--teal-dim); }\n.gt-arrow{ font-size:22px; color:var(--gray); }\n.gt-result{\n  font-family:var(--font-mono); font-size:26px; font-weight:700;\n  width:58px; height:52px; display:flex; align-items:center; justify-content:center;\n  border-radius:10px; background:var(--offwh); border:2px solid var(--lgray);\n  color:var(--navy); transition:background .25s, border-color .25s, color .25s;\n}\n.gt-result.on{ background:var(--teal); border-color:var(--teal); color:#fff; }\ntable.gt-table{\n  border-collapse:collapse; font-size:clamp(14px,1.3vw,17px);\n  background:var(--white); border-radius:10px; overflow:hidden;\n  box-shadow:0 8px 20px rgba(10,37,64,.08); min-width:min(420px,100%);\n}\ntable.gt-table th{\n  background:var(--navy); color:#fff; font-weight:600;\n  padding:12px 30px; font-size:.86em; letter-spacing:.04em;\n}\ntable.gt-table td{\n  padding:12px 30px; text-align:center; border-bottom:1px solid var(--lgray);\n  font-family:var(--font-mono); font-weight:700; color:var(--navy);\n}\ntable.gt-table td.gt-out{ color:var(--teal-dim); }\ntable.gt-table tbody tr{ transition:background .25s; }\ntable.gt-table tbody tr.active{ background:rgba(18,184,134,.14); }\ntable.gt-table tbody tr.active td{ color:var(--teal-dim); }\n\n\/* ---- Divisor de voltaje ---- *\/\n.dv-form{ display:flex; flex-wrap:wrap; gap:14px; margin-bottom:16px; }\n.dv-field{\n  background:var(--white); border:1px solid var(--lgray); border-radius:12px;\n  padding:11px 14px; display:flex; flex-direction:column; gap:6px; min-width:190px;\n  box-shadow:0 4px 12px rgba(10,37,64,.05);\n}\n.dv-field > span{ font-size:11.5px; font-weight:700; color:var(--gray); }\n.dv-field > div{ display:flex; align-items:baseline; gap:6px; }\n.dv-field input{\n  width:120px; border:none; outline:none; background:transparent;\n  font-family:var(--font-mono); font-size:clamp(17px,1.5vw,21px); font-weight:700; color:var(--navy);\n  border-bottom:2px solid var(--lgray); padding-bottom:2px;\n}\n.dv-field input:focus{ border-bottom-color:var(--teal); }\n.dv-field i{ font-style:normal; font-size:14px; font-weight:700; color:var(--teal-dim); }\n\n.dv-presets{ display:flex; flex-wrap:wrap; align-items:center; gap:8px; margin-bottom:18px; }\n.dv-presets > span{ font-size:11.5px; color:var(--gray); font-weight:700; }\n.dv-preset{\n  background:var(--offwh); border:1px solid var(--lgray); border-radius:20px;\n  padding:6px 14px; font-family:var(--font-body); font-size:11.5px; font-weight:700;\n  color:var(--navy); cursor:pointer; transition:background .2s, border-color .2s;\n}\n.dv-preset:hover{ background:rgba(18,184,134,.12); border-color:var(--teal); }\n\n.dv-result{\n  display:flex; align-items:center; gap:16px; flex-wrap:wrap;\n  background:var(--teal); border-radius:12px; padding:14px 20px; margin-bottom:14px;\n  box-shadow:0 8px 20px rgba(18,184,134,.28);\n}\n.dv-result-lbl{ font-size:13px; font-weight:700; color:rgba(255,255,255,.9); }\n.dv-result-val{ font-family:var(--font-mono); font-size:clamp(24px,2.6vw,34px); font-weight:700; color:#fff; margin-left:auto; }\n\n.dv-calc{\n  font-family:var(--font-mono); font-size:clamp(12.5px,1.15vw,15px); font-weight:700;\n  color:var(--navy); background:rgba(18,184,134,.1); border:1px solid var(--teal);\n  border-radius:10px; padding:11px 16px; margin-bottom:18px;\n}\n.dv-bar-wrap{ max-width:560px; margin-bottom:18px; }\n.dv-bar-labels{ display:flex; justify-content:space-between; font-size:11.5px; color:var(--gray); margin-bottom:6px; }\n.dv-bar{ height:20px; background:var(--lgray); border-radius:10px; overflow:hidden; }\n.dv-fill{ height:100%; background:linear-gradient(90deg,var(--teal),#3FE0A5); transition:width .3s ease; }\n.dv-legend{ display:flex; align-items:center; gap:7px; font-size:11.5px; color:var(--gray); margin-top:8px; }\n.dv-dot{ width:10px; height:10px; border-radius:50%; background:var(--teal); flex:0 0 auto; }\n\n.dv-extra{ display:grid; grid-template-columns:repeat(auto-fit,minmax(220px,1fr)); gap:12px; }\n.dv-note{ background:var(--white); border:1px solid var(--lgray); border-radius:10px; padding:11px 14px; }\n.dv-note b{ display:block; font-size:12px; color:var(--teal-dim); margin-bottom:5px; }\n.dv-note > span{ font-family:var(--font-mono); font-size:13.5px; font-weight:700; color:var(--navy); }\n.dv-load{ display:flex; align-items:center; flex-wrap:wrap; gap:6px; font-family:var(--font-body); font-size:11.5px; font-weight:600; color:var(--gray); cursor:pointer; }\n.dv-load input[type=checkbox]{ width:15px; height:15px; accent-color:var(--teal); cursor:pointer; }\n.dv-load-in{\n  width:82px; border:none; border-bottom:2px solid var(--lgray); outline:none; background:transparent;\n  font-family:var(--font-mono); font-size:13px; font-weight:700; color:var(--navy);\n}\n.dv-load-in:focus{ border-bottom-color:var(--teal); }\n.dv-load-out{ display:block; margin-top:7px; font-family:var(--font-mono); font-size:13px; color:var(--teal-dim) !important; }\n.dv-load-out.alerta{ color:#D64545 !important; }\n\n\/* ---- Ejemplo real de compuerta ---- *\/\n.gt-example-btn{ margin:22px 0 0; }\n\/* tarjetas de compuerta clickeables *\/\n.gate-card.clickable{\n  width:100%; font-family:var(--font-body); cursor:pointer;\n  border:1px solid var(--lgray); transition:transform .18s, box-shadow .18s, border-color .18s;\n  display:flex; flex-direction:column; align-items:center; justify-content:center;\n  text-align:center; gap:6px;\n}\n.gate-card.clickable:hover{\n  transform:translateY(-3px); border-color:var(--teal);\n  box-shadow:0 10px 24px rgba(18,184,134,.18);\n}\n.gate-card-go{\n  font-size:12.5px; font-weight:700; color:var(--teal-dim); margin-top:2px;\n  opacity:0; transition:opacity .18s;\n}\n.gate-card.clickable:hover .gate-card-go{ opacity:1; }\n\/* ventana de cada compuerta *\/\n.gate-modal{ display:flex; gap:26px; flex-wrap:wrap; align-items:flex-start; }\n.gate-left{\n  flex:0 0 clamp(180px,20vw,240px); background:var(--navy); border-radius:12px;\n  padding:24px 18px; text-align:center; color:#fff;\n}\n.gate-sym svg{ width:clamp(110px,11vw,150px); height:auto; color:#fff; }\n.gate-expr{\n  margin-top:14px; font-family:var(--font-mono); font-size:clamp(14px,1.3vw,18px);\n  font-weight:700; color:var(--teal);\n}\n.gate-right{ flex:1 1 320px; min-width:0; }\n.gate-right .gt-play{ margin-bottom:18px; }\n#ax-lev1, #ax-lev2{ transition:transform .3s cubic-bezier(.34,1.56,.64,1); }\n#ax-motor, #ax-motor-txt{ transition:fill .3s ease; }\n#ax-flow{ transition:opacity .3s ease; }\n.axp{ animation:axMove var(--spdx) linear infinite; }\n@keyframes axMove{ from{ transform:translateX(0); } to{ transform:translateX(400px); } }\n.ax-badge{\n  font-family:var(--font-body); font-weight:700; font-size:13px; letter-spacing:.06em;\n  padding:12px 20px; border-radius:10px;\n  background:var(--offwh); border:2px solid var(--lgray); color:var(--gray);\n  transition:background .3s, border-color .3s, color .3s;\n}\n.ax-badge.on{ background:var(--teal); border-color:var(--teal); color:#fff; }\n@media (prefers-reduced-motion:reduce){ .axp{animation:none;} }\n\n\/* ---- Comparador ---- *\/\n#cmpOutBox,#cmpOutTxt,#cmpOutV,#cmpTempFill,#cmpFan{ transition:all .25s ease; }\n.cmp-controls{ display:flex; flex-wrap:wrap; gap:18px; align-items:flex-end; margin-top:8px; }\n.cmp-slider{ flex:1 1 240px; display:flex; flex-direction:column; gap:8px; }\n.cmp-slider > span{ font-size:12.5px; font-weight:700; color:var(--gray); display:flex; justify-content:space-between; gap:10px; }\n.cmp-slider > span b{ font-family:var(--font-mono); font-size:14px; color:var(--navy); }\n.cmp-slider input[type=range]{ width:100%; accent-color:var(--teal); cursor:pointer; height:22px; }\n.cmp-auto{ display:flex; align-items:center; gap:14px; flex-wrap:wrap; }\n.cmp-auto .measure-btn{ margin:0; }\n#cmpFanBlades{ transition:opacity .3s ease; }\n#cmpFanBlades.spin{ animation:fanSpin .6s linear infinite; }\n@keyframes fanSpin{ from{ transform:rotate(0deg); } to{ transform:rotate(360deg); } }\n@media (prefers-reduced-motion:reduce){ #cmpFanBlades.spin{animation:none;} }\n\n\/* ---------------- responsive ---------------- *\/\n@media (max-width:860px){\n  .concept,.device-wrap{flex-direction:column;}\n  .concept-left,.device-left{width:100%;min-width:0;flex-direction:row;align-items:center;gap:16px;padding:16px 20px;}\n  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);--logo-marca:url(data:image\/png;base64,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\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);}<\/style>\n\n\n\n<div class=\"app\">\n  <div class=\"viewport\">\n    <div class=\"slides\" id=\"slides\"><!--SLIDES--><\/div>\n  <\/div>\n\n  <div class=\"controls\">\n    <div class=\"hint\"><span class=\"kbd\">\u2190<\/span><span class=\"kbd\">\u2192<\/span>&nbsp;para navegar<\/div>\n    <div class=\"dotnav\" id=\"dotnav\"><\/div>\n    <div class=\"navbtns\">\n      <button class=\"navbtn\" id=\"prevBtn\" aria-label=\"Anterior\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M15 18l-6-6 6-6\"><\/path><\/svg><\/button>\n      <button class=\"navbtn\" id=\"nextBtn\" aria-label=\"Siguiente\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M9 18l6-6-6-6\"><\/path><\/svg><\/button>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: tipos de fuentes de voltaje (bater\u00eda vs. fuente de banco) -->\n<div class=\"modal-overlay\" id=\"sourceModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Fuentes de voltaje\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">VOLTAJE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfDe d\u00f3nde sale el voltaje?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"sourceModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Tres fuentes de voltaje que vas a tener enfrente todos los d\u00edas.<\/p>\n    <div class=\"source-grid tres\">\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 160 220\" style=\"width:104px;height:143px;aspect-ratio:160\/220;margin:0 auto 12px;display:block;\">\n          <!-- terminal nub -->\n          <rect x=\"68\" y=\"8\" width=\"24\" height=\"18\" rx=\"5\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/rect>\n          <!-- battery body -->\n          <rect x=\"22\" y=\"26\" width=\"116\" height=\"184\" rx=\"18\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2.5\"><\/rect>\n          <text x=\"80\" y=\"56\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"22\" font-weight=\"700\" fill=\"#fff\">+<\/text>\n          <path d=\"M92 84 L66 132 L80 132 L70 172 L114 118 L96 118 Z\" fill=\"#12B886\"><\/path>\n          <text x=\"80\" y=\"196\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"26\" font-weight=\"700\" fill=\"#fff\">\u2013<\/text>\n        <\/svg>\n        <h3>Bater\u00eda<\/h3>\n        <p>Fuente de voltaje DC port\u00e1til, basada en reacciones qu\u00edmicas internas.<\/p>\n        <ul class=\"source-specs\">\n          <li>Voltaje fijo (ej. 1.5 V, 9 V, 12 V)<\/li>\n          <li>No permite ajustar el voltaje<\/li>\n          <li>Ideal para circuitos port\u00e1tiles<\/li>\n        <\/ul>\n      <\/div>\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 240 130\" width=\"100%\" style=\"max-width:260px;margin:0 auto 14px;display:block;\">\n          <rect x=\"10\" y=\"10\" width=\"220\" height=\"110\" rx=\"10\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n          <rect x=\"26\" y=\"26\" width=\"98\" height=\"42\" rx=\"5\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n          <text x=\"34\" y=\"50\" font-family=\"SFMono-Regular,Consolas,monospace\" font-size=\"15\" font-weight=\"700\" fill=\"#3FE0A5\">12.00V<\/text>\n          <text x=\"34\" y=\"64\" font-family=\"SFMono-Regular,Consolas,monospace\" font-size=\"11\" font-weight=\"700\" fill=\"#FFB020\">1.00A<\/text>\n          <circle cx=\"150\" cy=\"46\" r=\"17\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/circle>\n          <line x1=\"150\" y1=\"46\" x2=\"150\" y2=\"33\" stroke=\"#8FA3B0\" stroke-width=\"2\" stroke-linecap=\"round\"><\/line>\n          <text x=\"150\" y=\"72\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"8\" fill=\"#C9D6DE\">V<\/text>\n          <circle cx=\"196\" cy=\"46\" r=\"17\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/circle>\n          <line x1=\"196\" y1=\"46\" x2=\"196\" y2=\"33\" stroke=\"#8FA3B0\" stroke-width=\"2\" stroke-linecap=\"round\"><\/line>\n          <text x=\"196\" y=\"72\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"8\" fill=\"#C9D6DE\">A<\/text>\n          <circle cx=\"38\" cy=\"96\" r=\"9\" fill=\"#D64545\" stroke=\"#8FA3B0\" stroke-width=\"1\"><\/circle>\n          <text x=\"38\" y=\"100\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#fff\">+<\/text>\n          <circle cx=\"66\" cy=\"96\" r=\"9\" fill=\"#2B2B2B\" stroke=\"#8FA3B0\" stroke-width=\"1\"><\/circle>\n          <text x=\"66\" y=\"100\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#fff\">\u2013<\/text>\n          <rect x=\"196\" y=\"88\" width=\"18\" height=\"18\" rx=\"4\" fill=\"#12B886\"><\/rect>\n        <\/svg>\n        <h3>Fuente de banco<\/h3>\n        <p>Equipo de laboratorio que entrega un voltaje DC regulado y ajustable.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>Voltaje y corriente ajustables<\/li>\n          <li>Muestra lectura en pantalla digital<\/li>\n          <li>Ideal para pruebas y prototipos<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 220 190\" style=\"width:180px;height:auto;margin:0 auto 12px;display:block;\">\n          <!-- ladrillo del cargador -->\n          <rect x=\"30\" y=\"34\" width=\"120\" height=\"78\" rx=\"12\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2.5\"><\/rect>\n          <rect x=\"44\" y=\"50\" width=\"92\" height=\"30\" rx=\"5\" fill=\"#0A2540\"><\/rect>\n          <text x=\"90\" y=\"71\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"16\" font-weight=\"700\" fill=\"#3FE0A5\">19 V<\/text>\n          <text x=\"90\" y=\"100\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#8FA3B0\">65 W<\/text>\n          <!-- cable de entrada -->\n          <path d=\"M30,60 C10,60 10,150 26,150\" fill=\"none\" stroke=\"#2B2B2B\" stroke-width=\"7\" stroke-linecap=\"round\"><\/path>\n          <rect x=\"16\" y=\"140\" width=\"22\" height=\"20\" rx=\"3\" fill=\"#2B2B2B\"><\/rect>\n          <line x1=\"22\" y1=\"146\" x2=\"22\" y2=\"154\" stroke=\"#C9D4DB\" stroke-width=\"3\"><\/line>\n          <line x1=\"32\" y1=\"146\" x2=\"32\" y2=\"154\" stroke=\"#C9D4DB\" stroke-width=\"3\"><\/line>\n          <text x=\"27\" y=\"176\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" fill=\"#5B6B79\">AC<\/text>\n          <!-- cable de salida y conector -->\n          <path d=\"M150,88 C184,88 176,150 196,150\" fill=\"none\" stroke=\"#2B2B2B\" stroke-width=\"7\" stroke-linecap=\"round\"><\/path>\n          <rect x=\"186\" y=\"138\" width=\"26\" height=\"24\" rx=\"4\" fill=\"#2B2B2B\"><\/rect>\n          <circle cx=\"199\" cy=\"150\" r=\"6\" fill=\"#C9D4DB\"><\/circle>\n          <circle cx=\"199\" cy=\"150\" r=\"2.5\" fill=\"#2B2B2B\"><\/circle>\n          <text x=\"199\" y=\"176\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" fill=\"#5B6B79\">DC<\/text>\n        <\/svg>\n        <h3>Cargador de laptop<\/h3>\n        <p>Convierte los 120 V de la pared en un voltaje DC fijo y regulado para la laptop.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>Salida t\u00edpica de 19 V DC<\/li>\n          <li>Su potencia define la corriente: 45, 65, 90 o 130 W<\/li>\n          <li>Entrega el dato de qu\u00e9 cargador es a la placa<\/li>\n        <\/ul>\n      <\/div>\n    <\/div><\/div>\n<\/div>\n\n<!-- MODAL: simulaci\u00f3n de medici\u00f3n de voltaje con mult\u00edmetro -->\n<div class=\"modal-overlay\" id=\"mmModal\">\n  <div class=\"modal-box\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Simulaci\u00f3n de mult\u00edmetro\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">VOLTAJE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo se mide el voltaje?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mmModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Un mult\u00edmetro en modo volt\u00edmetro se conecta en <b>paralelo<\/b> al componente: una punta en cada extremo, sin abrir el circuito. Presiona el bot\u00f3n para simular la medici\u00f3n.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 320\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- reference circuit: battery + resistor -->\n        <line x1=\"70\" y1=\"60\" x2=\"230\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"70\" y1=\"200\" x2=\"230\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"230\" y1=\"60\" x2=\"230\" y2=\"92\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"230\" y1=\"168\" x2=\"230\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"70\" y1=\"60\" x2=\"70\" y2=\"90\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"70\" y1=\"170\" x2=\"70\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"55\" y1=\"90\" x2=\"85\" y2=\"90\" stroke=\"#12B886\" stroke-width=\"5\"><\/line>\n        <line x1=\"60\" y1=\"170\" x2=\"80\" y2=\"170\" stroke=\"#12B886\" stroke-width=\"10\"><\/line>\n        <text x=\"30\" y=\"98\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"28\" y=\"182\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n        <polyline points=\"230,92 223,99 237,106 223,113 237,120 223,127 230,134 230,168\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/polyline>\n        <text x=\"248\" y=\"135\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#0A2540\">R<\/text>\n        <text x=\"20\" y=\"35\" font-family=\"Lora,serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">Circuito<\/text>\n\n        <!-- probe connection points (parallel across R) -->\n        <circle class=\"probe-dot\" id=\"probeTop\" cx=\"230\" cy=\"60\" r=\"5\" fill=\"#D64545\"><\/circle>\n        <circle class=\"probe-dot\" id=\"probeBot\" cx=\"230\" cy=\"200\" r=\"5\" fill=\"#2B2B2B\"><\/circle>\n\n        <!-- probe wires from meter to circuit -->\n        <path class=\"probe-wire\" id=\"wireTop\" d=\"M450,258 C 380,258 300,150 230,60\" fill=\"none\" stroke=\"#D64545\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/path>\n        <path class=\"probe-wire\" id=\"wireBot\" d=\"M540,258 C 480,260 320,220 230,200\" fill=\"none\" stroke=\"#2B2B2B\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/path>\n\n        <!-- multimeter body -->\n        <rect x=\"380\" y=\"40\" width=\"230\" height=\"260\" rx=\"16\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <text x=\"495\" y=\"30\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">Mult\u00edmetro<\/text>\n\n        <!-- LCD screen -->\n        <rect x=\"410\" y=\"65\" width=\"170\" height=\"58\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <text x=\"565\" y=\"82\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#12B886\">DC V<\/text>\n        <text class=\"lcd-text\" id=\"dmmReading\" x=\"495\" y=\"106\" text-anchor=\"middle\" font-size=\"26\" fill=\"#3FE0A5\">\u2013 . \u2013<\/text>\n\n        <!-- rotary dial -->\n        <circle cx=\"495\" cy=\"175\" r=\"42\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/circle>\n        <circle cx=\"495\" cy=\"175\" r=\"6\" fill=\"#0E2F52\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"495\" y=\"142\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" font-weight=\"700\" fill=\"#FFB020\">V\u2393<\/text>\n        <text x=\"450\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">A<\/text>\n        <text x=\"540\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">\u03a9<\/text>\n        <text x=\"495\" y=\"215\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">OFF<\/text>\n        <line id=\"dmmDial\" x1=\"495\" y1=\"175\" x2=\"495\" y2=\"147\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linecap=\"round\"><\/line>\n\n        <!-- ports -->\n        <circle cx=\"450\" cy=\"258\" r=\"9\" fill=\"#D64545\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <circle cx=\"540\" cy=\"258\" r=\"9\" fill=\"#2B2B2B\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"450\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">V\/\u03a9<\/text>\n        <text x=\"540\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">COM<\/text>\n      <\/svg>\n\n      <button class=\"measure-btn\" id=\"measureBtn\" onclick=\"measureVoltage()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"measureBtnLabel\">Medir voltaje<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">La punta roja (V\/\u03a9) toca el extremo de mayor potencial y la punta negra (COM) el de menor potencial. El mult\u00edmetro no consume corriente apreciable: no altera el circuito que est\u00e1 midiendo.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: simulaci\u00f3n de medici\u00f3n de resistencias en serie con mult\u00edmetro -->\n<div class=\"modal-overlay\" id=\"ohmModal\">\n  <div class=\"modal-box\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Simulaci\u00f3n de medici\u00f3n de resistencia\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">RESISTENCIA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo se mide la resistencia en serie?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"ohmModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Para medir resistencia, el circuito debe estar <b>desenergizado<\/b> (sin bater\u00eda). El mult\u00edmetro en modo \u03a9 se conecta en los dos extremos de la cadena de resistencias en serie.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 320\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- reference circuit: two resistors in series, no source -->\n        <text x=\"20\" y=\"35\" font-family=\"Lora,serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">Circuito (sin fuente)<\/text>\n\n        <line x1=\"40\" y1=\"150\" x2=\"85\" y2=\"150\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <polyline points=\"85,150 92,140 106,160 120,140 134,160 148,140 162,150 178,150\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"178\" y1=\"150\" x2=\"205\" y2=\"150\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <polyline points=\"205,150 212,140 226,160 240,140 254,160 268,140 282,150 298,150\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"298\" y1=\"150\" x2=\"330\" y2=\"150\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n\n        <text x=\"128\" y=\"120\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">R1<\/text>\n        <text x=\"128\" y=\"190\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">220 \u03a9<\/text>\n        <text x=\"248\" y=\"120\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">R2<\/text>\n        <text x=\"248\" y=\"190\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">100 \u03a9<\/text>\n\n        <!-- probe connection points (ends of the series chain) -->\n        <circle class=\"probe-dot\" id=\"probeLeft\" cx=\"40\" cy=\"150\" r=\"5\" fill=\"#D64545\"><\/circle>\n        <circle class=\"probe-dot\" id=\"probeRight\" cx=\"330\" cy=\"150\" r=\"5\" fill=\"#2B2B2B\"><\/circle>\n\n        <!-- probe wires from meter to circuit -->\n        <path class=\"probe-wire\" id=\"wireLeft\" d=\"M450,258 C 320,270 150,230 40,150\" fill=\"none\" stroke=\"#D64545\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/path>\n        <path class=\"probe-wire\" id=\"wireRight\" d=\"M540,258 C 470,240 400,190 330,150\" fill=\"none\" stroke=\"#2B2B2B\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/path>\n\n        <!-- multimeter body -->\n        <rect x=\"380\" y=\"40\" width=\"230\" height=\"260\" rx=\"16\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <text x=\"495\" y=\"30\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">Mult\u00edmetro<\/text>\n\n        <!-- LCD screen -->\n        <rect x=\"410\" y=\"65\" width=\"170\" height=\"58\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <text x=\"565\" y=\"82\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#12B886\">\u03a9<\/text>\n        <text class=\"lcd-text\" id=\"dmmReadingOhm\" x=\"495\" y=\"106\" text-anchor=\"middle\" font-size=\"26\" fill=\"#3FE0A5\">\u2013 . \u2013<\/text>\n\n        <!-- rotary dial (pointing to \u03a9) -->\n        <circle cx=\"495\" cy=\"175\" r=\"42\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/circle>\n        <circle cx=\"495\" cy=\"175\" r=\"6\" fill=\"#0E2F52\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"495\" y=\"142\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" font-weight=\"700\" fill=\"#C9D6DE\">V\u2393<\/text>\n        <text x=\"450\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">A<\/text>\n        <text x=\"540\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" font-weight=\"700\" fill=\"#FFB020\">\u03a9<\/text>\n        <text x=\"495\" y=\"215\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">OFF<\/text>\n        <line id=\"dmmDialOhm\" x1=\"495\" y1=\"175\" x2=\"521\" y2=\"175\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linecap=\"round\"><\/line>\n\n        <!-- ports -->\n        <circle cx=\"450\" cy=\"258\" r=\"9\" fill=\"#D64545\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <circle cx=\"540\" cy=\"258\" r=\"9\" fill=\"#2B2B2B\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"450\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">V\/\u03a9<\/text>\n        <text x=\"540\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">COM<\/text>\n      <\/svg>\n\n      <button class=\"measure-btn\" id=\"measureBtnOhm\" onclick=\"measureResistance()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"measureBtnOhmLabel\">Medir resistencia<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">En una conexi\u00f3n en serie, la resistencia total es la suma de cada resistencia individual: R<sub>T<\/sub> = R1 + R2. Aqu\u00ed, 220 \u03a9 + 100 \u03a9 = 320 \u03a9.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: medir voltaje acumulado en 1, 2 y 3 resistencias en serie -->\n<div class=\"modal-overlay\" id=\"seriesModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Voltaje en resistencias en serie\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">RESISTENCIA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Voltaje acumulado en serie<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"seriesModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Cada vez que presionas el bot\u00f3n, la punta negra avanza a la siguiente resistencia: primero mide R1, luego R1+R2, y por \u00faltimo R1+R2+R3. El voltaje se va sumando.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 720 320\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <text x=\"20\" y=\"35\" font-family=\"Lora,serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">Circuito<\/text>\n\n        <!-- battery -->\n        <line x1=\"60\" y1=\"70\" x2=\"60\" y2=\"132\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"60\" y1=\"158\" x2=\"60\" y2=\"220\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"45\" y1=\"132\" x2=\"75\" y2=\"132\" stroke=\"#12B886\" stroke-width=\"5\"><\/line>\n        <line x1=\"50\" y1=\"158\" x2=\"70\" y2=\"158\" stroke=\"#12B886\" stroke-width=\"10\"><\/line>\n        <text x=\"24\" y=\"139\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"22\" y=\"182\" font-family=\"Inter,sans-serif\" font-size=\"19\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n\n        <!-- top wire with three series resistors -->\n        <line x1=\"60\" y1=\"70\" x2=\"110\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <polyline id=\"resSeg1\" class=\"res-seg\" points=\"110,70 117,60 131,80 145,60 159,80 173,60 180,70\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3.5\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"180\" y1=\"70\" x2=\"200\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <polyline id=\"resSeg2\" class=\"res-seg\" points=\"200,70 207,60 221,80 235,60 249,80 263,60 270,70\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3.5\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"270\" y1=\"70\" x2=\"290\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <polyline id=\"resSeg3\" class=\"res-seg\" points=\"290,70 297,60 311,80 325,60 339,80 353,60 360,70\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3.5\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"360\" y1=\"70\" x2=\"380\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"380\" y1=\"70\" x2=\"380\" y2=\"220\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"380\" y1=\"220\" x2=\"60\" y2=\"220\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n\n        <text x=\"145\" y=\"45\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">R1<\/text>\n        <text x=\"235\" y=\"45\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">R2<\/text>\n        <text x=\"325\" y=\"45\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">R3<\/text>\n\n        <!-- probe connection points -->\n        <circle class=\"probe-dot\" id=\"probeRedS\" cx=\"60\" cy=\"70\" r=\"5\" fill=\"#D64545\"><\/circle>\n        <circle class=\"probe-dot\" id=\"probeBlackS\" cx=\"180\" cy=\"70\" r=\"5\" fill=\"#2B2B2B\"><\/circle>\n\n        <!-- probe wires from meter to circuit -->\n        <line class=\"probe-wire\" id=\"wireRedS\" x1=\"520\" y1=\"258\" x2=\"60\" y2=\"70\" stroke=\"#D64545\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/line>\n        <line class=\"probe-wire\" id=\"wireBlackS\" x1=\"610\" y1=\"258\" x2=\"180\" y2=\"70\" stroke=\"#2B2B2B\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/line>\n\n        <g transform=\"translate(70,0)\">\n        <!-- multimeter body -->\n        <rect x=\"380\" y=\"40\" width=\"230\" height=\"260\" rx=\"16\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <text x=\"495\" y=\"30\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">Mult\u00edmetro<\/text>\n\n        <rect x=\"410\" y=\"65\" width=\"170\" height=\"58\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <text x=\"565\" y=\"82\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#12B886\">DC V<\/text>\n        <text class=\"lcd-text\" id=\"dmmReadingSeries\" x=\"495\" y=\"106\" text-anchor=\"middle\" font-size=\"26\" fill=\"#3FE0A5\">\u2013 . \u2013<\/text>\n\n        <circle cx=\"495\" cy=\"175\" r=\"42\" fill=\"#123A67\" stroke=\"#2E5C8A\" stroke-width=\"2\"><\/circle>\n        <circle cx=\"495\" cy=\"175\" r=\"6\" fill=\"#0E2F52\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"495\" y=\"142\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" font-weight=\"700\" fill=\"#FFB020\">V\u2393<\/text>\n        <text x=\"450\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">A<\/text>\n        <text x=\"540\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">\u03a9<\/text>\n        <text x=\"495\" y=\"215\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">OFF<\/text>\n        <line x1=\"495\" y1=\"175\" x2=\"495\" y2=\"147\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linecap=\"round\"><\/line>\n\n        <circle cx=\"450\" cy=\"258\" r=\"9\" fill=\"#D64545\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <circle cx=\"540\" cy=\"258\" r=\"9\" fill=\"#2B2B2B\" stroke=\"#8FA3B0\" stroke-width=\"1.5\"><\/circle>\n        <text x=\"450\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">V\/\u03a9<\/text>\n        <text x=\"540\" y=\"280\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#C9D6DE\">COM<\/text>\n      <\/g>\n      <\/svg>\n\n      <button class=\"measure-btn\" id=\"measureBtnSeries\" onclick=\"stepSeries()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"measureBtnSeriesLabel\">Medir R1<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">La punta roja se queda fija en (+). La punta negra avanza de nodo en nodo: cada resistencia que suma a la medici\u00f3n agrega su propia ca\u00edda de voltaje al total \u2014 as\u00ed se comprueba la Ley de voltajes de Kirchhoff.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: c\u00f3digo de colores de resistencias -->\n<div class=\"modal-overlay\" id=\"colorModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"C\u00f3digo de colores\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo se lee el c\u00f3digo de colores?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"colorModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">En las resistencias de orificio pasante el valor va en bandas de color: las dos primeras son cifras, la tercera el multiplicador y la cuarta la tolerancia.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 210\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <line x1=\"30\" y1=\"95\" x2=\"150\" y2=\"95\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <line x1=\"490\" y1=\"95\" x2=\"610\" y2=\"95\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <rect x=\"150\" y=\"50\" width=\"340\" height=\"90\" rx=\"38\" fill=\"#D9BE8F\" stroke=\"#B89B6A\" stroke-width=\"2\"><\/rect>\n        <rect id=\"band1\" x=\"196\" y=\"50\" width=\"30\" height=\"90\" fill=\"#D64545\"><\/rect>\n        <rect id=\"band2\" x=\"252\" y=\"50\" width=\"30\" height=\"90\" fill=\"#D64545\"><\/rect>\n        <rect id=\"band3\" x=\"308\" y=\"50\" width=\"30\" height=\"90\" fill=\"#6B3F1D\"><\/rect>\n        <rect id=\"band4\" x=\"424\" y=\"50\" width=\"26\" height=\"90\" fill=\"#C9A227\"><\/rect>\n        <text id=\"lbl1\" x=\"211\" y=\"168\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0A2540\">2<\/text>\n        <text id=\"lbl2\" x=\"267\" y=\"168\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0A2540\">2<\/text>\n        <text id=\"lbl3\" x=\"323\" y=\"168\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0A2540\">\u00d710<\/text>\n        <text id=\"lbl4\" x=\"437\" y=\"168\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0A2540\">\u00b15%<\/text>\n        <text x=\"211\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">1\u00aa cifra<\/text>\n        <text x=\"267\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">2\u00aa cifra<\/text>\n        <text x=\"323\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">multipl.<\/text>\n        <text x=\"437\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">toleran.<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"ccCalc\">22 \u00d7 10<\/span>\n        <span class=\"cc-value\" id=\"ccValue\">220 \u03a9<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextColorExample()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span>Siguiente ejemplo<\/span>\n      <\/button>\n\n      <div class=\"cc-table\" id=\"ccTable\"><\/div>\n      <p class=\"circuit-caption\">Cada color equivale a un d\u00edgito. Las dos primeras bandas forman el n\u00famero y la tercera indica por cu\u00e1nto se multiplica.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: c\u00f3digo SMD de resistencias -->\n<div class=\"modal-overlay\" id=\"smdModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"C\u00f3digo SMD\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo se lee una resistencia SMD?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"smdModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">En una laptop o un celular no hay bandas de color: el valor viene impreso en cifras sobre el componente. Presiona el bot\u00f3n para recorrer los casos que te vas a encontrar.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 200\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- PCB pads -->\n        <rect x=\"150\" y=\"56\" width=\"52\" height=\"88\" rx=\"5\" fill=\"#C9A227\"><\/rect>\n        <rect x=\"438\" y=\"56\" width=\"52\" height=\"88\" rx=\"5\" fill=\"#C9A227\"><\/rect>\n        <!-- body -->\n        <rect x=\"180\" y=\"44\" width=\"280\" height=\"112\" rx=\"8\" fill=\"#2B2B2B\" stroke=\"#151515\" stroke-width=\"2.5\"><\/rect>\n        <rect x=\"180\" y=\"44\" width=\"34\" height=\"112\" rx=\"5\" fill=\"#B8C6CF\"><\/rect>\n        <rect x=\"426\" y=\"44\" width=\"34\" height=\"112\" rx=\"5\" fill=\"#B8C6CF\"><\/rect>\n        <text id=\"smdMark\" x=\"320\" y=\"118\" text-anchor=\"middle\" font-family=\"SFMono-Regular,Consolas,monospace\" font-size=\"56\" font-weight=\"700\" fill=\"#F5F7F9\">103<\/text>\n        <text x=\"320\" y=\"182\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" fill=\"#5B6B79\">resistencia SMD soldada sobre la placa<\/text>\n        <text id=\"smdSize\" x=\"510\" y=\"106\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#5B6B79\">0805<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"smdCalc\">10 \u00d7 10\u00b3<\/span>\n        <span class=\"cc-value\" id=\"smdValue\">10 k\u03a9<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextSmd()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"smdBtnLabel\">Siguiente ejemplo<\/span>\n      <\/button>\n\n      <div class=\"smd-sys\" id=\"smdSys\"><\/div>\n      <p class=\"circuit-caption\" id=\"smdNote\">Las dos primeras cifras son el n\u00famero y la tercera indica cu\u00e1ntos ceros se le agregan.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: analog\u00eda del voltaje (presi\u00f3n hidr\u00e1ulica) -->\n<div class=\"modal-overlay\" id=\"pressureModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Analog\u00eda del voltaje\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">VOLTAJE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">El voltaje como &#8220;presi\u00f3n&#8221;<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"pressureModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">El voltaje es la diferencia de potencial entre dos puntos. Igual que la altura del agua genera presi\u00f3n y empuja el l\u00edquido por la tuber\u00eda, el voltaje empuja a los electrones por el circuito. Cambia el nivel y observa la diferencia.<\/p>\n    <div class=\"circuit-card\" id=\"pressureCard\" style=\"--spd:2.4s;\">\n      <svg viewBox=\"0 0 640 270\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- ============ LEFT: water analogy ============ -->\n        <text x=\"130\" y=\"24\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">Analog\u00eda: agua<\/text>\n\n        <!-- tank -->\n        <rect x=\"62\" y=\"42\" width=\"116\" height=\"146\" rx=\"5\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/rect>\n        <rect id=\"waterFill\" x=\"65\" y=\"90\" width=\"110\" height=\"95\" fill=\"#2E6FD6\" opacity=\".75\"><\/rect>\n        <!-- height indicator -->\n        <line id=\"hLine\" x1=\"46\" y1=\"90\" x2=\"46\" y2=\"185\" stroke=\"#FFB020\" stroke-width=\"2.5\"><\/line>\n        <text id=\"hLabel\" x=\"30\" y=\"140\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#FFB020\" transform=\"rotate(-90 30 140)\">altura<\/text>\n        <!-- outlet pipe -->\n        <rect x=\"178\" y=\"176\" width=\"52\" height=\"14\" fill=\"#8FA3B0\"><\/rect>\n        <!-- water jet droplets -->\n        <g class=\"jet\">\n          <circle class=\"drop\" cx=\"236\" cy=\"183\" r=\"4.5\" fill=\"#2E6FD6\"><\/circle>\n          <circle class=\"drop\" cx=\"236\" cy=\"183\" r=\"4.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.55)\"><\/circle>\n          <circle class=\"drop\" cx=\"236\" cy=\"183\" r=\"4.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*1.1)\"><\/circle>\n          <circle class=\"drop\" cx=\"236\" cy=\"183\" r=\"4.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*1.65)\"><\/circle>\n        <\/g>\n        <text x=\"130\" y=\"212\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">M\u00e1s altura = m\u00e1s presi\u00f3n<\/text>\n\n        <!-- divider -->\n        <line x1=\"300\" y1=\"30\" x2=\"300\" y2=\"230\" stroke=\"#E4E9EC\" stroke-width=\"2\" stroke-dasharray=\"5,5\"><\/line>\n\n        <!-- ============ RIGHT: electric circuit ============ -->\n        <text x=\"470\" y=\"24\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">Circuito el\u00e9ctrico<\/text>\n\n        <!-- loop -->\n        <line x1=\"370\" y1=\"70\" x2=\"570\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"570\" y1=\"70\" x2=\"570\" y2=\"110\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <polyline points=\"570,110 562,120 578,132 562,144 578,156 570,166\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"3.5\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"570\" y1=\"166\" x2=\"570\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"570\" y1=\"190\" x2=\"370\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"370\" y1=\"70\" x2=\"370\" y2=\"112\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"370\" y1=\"148\" x2=\"370\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <!-- battery -->\n        <line x1=\"354\" y1=\"112\" x2=\"386\" y2=\"112\" stroke=\"#12B886\" stroke-width=\"5\"><\/line>\n        <line x1=\"360\" y1=\"148\" x2=\"380\" y2=\"148\" stroke=\"#12B886\" stroke-width=\"11\"><\/line>\n        <text x=\"336\" y=\"118\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"334\" y=\"170\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n        <text x=\"596\" y=\"142\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">R<\/text>\n\n        <!-- electrons flowing along the top wire -->\n        <g class=\"flow\">\n          <circle class=\"electron\" cx=\"378\" cy=\"70\" r=\"5.5\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"electron\" cx=\"378\" cy=\"70\" r=\"5.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.25)\"><\/circle>\n          <circle class=\"electron\" cx=\"378\" cy=\"70\" r=\"5.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.5)\"><\/circle>\n          <circle class=\"electron\" cx=\"378\" cy=\"70\" r=\"5.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.75)\"><\/circle>\n        <\/g>\n        <text x=\"470\" y=\"52\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#FFB020\">flujo de electrones<\/text>\n        <text x=\"470\" y=\"212\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">M\u00e1s voltaje = m\u00e1s empuje<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"prLevelLabel\">Nivel bajo<\/span>\n        <span class=\"cc-value\" id=\"prVoltage\">3 V<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"prBtn\" onclick=\"nextPressureLevel()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"prBtnLabel\">Subir el voltaje<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Sin diferencia de altura el agua no fluye; sin diferencia de potencial (voltaje) los electrones no circulan. Por eso el voltaje siempre se mide <b>entre dos puntos<\/b>, nunca en uno solo.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: DC vs AC en osciloscopio -->\n<div class=\"modal-overlay\" id=\"waveModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"DC vs AC\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">VOLTAJE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">DC vs AC en el osciloscopio<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"waveModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Un osciloscopio dibuja el voltaje a lo largo del tiempo. As\u00ed se ve la diferencia entre una fuente continua y una alterna.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- scope bezel -->\n        <rect x=\"30\" y=\"20\" width=\"580\" height=\"200\" rx=\"12\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <!-- screen -->\n        <rect x=\"50\" y=\"36\" width=\"540\" height=\"168\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n\n        <!-- grid -->\n        <g stroke=\"#12B886\" stroke-width=\".6\" opacity=\".22\">\n          <line x1=\"104\" y1=\"36\" x2=\"104\" y2=\"204\"><\/line><line x1=\"158\" y1=\"36\" x2=\"158\" y2=\"204\"><\/line>\n          <line x1=\"212\" y1=\"36\" x2=\"212\" y2=\"204\"><\/line><line x1=\"266\" y1=\"36\" x2=\"266\" y2=\"204\"><\/line>\n          <line x1=\"320\" y1=\"36\" x2=\"320\" y2=\"204\"><\/line><line x1=\"374\" y1=\"36\" x2=\"374\" y2=\"204\"><\/line>\n          <line x1=\"428\" y1=\"36\" x2=\"428\" y2=\"204\"><\/line><line x1=\"482\" y1=\"36\" x2=\"482\" y2=\"204\"><\/line>\n          <line x1=\"536\" y1=\"36\" x2=\"536\" y2=\"204\"><\/line>\n          <line x1=\"50\" y1=\"78\" x2=\"590\" y2=\"78\"><\/line><line x1=\"50\" y1=\"120\" x2=\"590\" y2=\"120\"><\/line>\n          <line x1=\"50\" y1=\"162\" x2=\"590\" y2=\"162\"><\/line>\n        <\/g>\n        <!-- zero axis -->\n        <line x1=\"50\" y1=\"120\" x2=\"590\" y2=\"120\" stroke=\"#12B886\" stroke-width=\"1.4\" opacity=\".55\" stroke-dasharray=\"4,4\"><\/line>\n        <text x=\"58\" y=\"134\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#12B886\" opacity=\".8\">0 V<\/text>\n\n        <clipPath id=\"scopeClip\"><rect x=\"50\" y=\"36\" width=\"540\" height=\"168\"><\/rect><\/clipPath>\n\n        <!-- traces -->\n        <g clip-path=\"url(#scopeClip)\">\n          <!-- DC: flat line -->\n          <line id=\"dcTrace\" x1=\"50\" y1=\"80\" x2=\"590\" y2=\"80\" stroke=\"#3FE0A5\" stroke-width=\"3\"><\/line>\n          <!-- AC: scrolling sine -->\n          <g id=\"acGroup\" class=\"ac-scroll\">\n            <path id=\"acTrace\" d=\"\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/path>\n          <\/g>\n        <\/g>\n\n        <!-- trace labels -->\n        <text id=\"dcLabel\" x=\"560\" y=\"60\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#3FE0A5\">DC<\/text>\n        <text id=\"acLabel\" x=\"560\" y=\"196\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#FFB020\">AC<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"waveDesc\">Voltaje constante<\/span>\n        <span class=\"cc-value\" id=\"waveMode\">DC<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"waveBtn\" onclick=\"nextWaveMode()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"waveBtnLabel\">Ver corriente alterna (AC)<\/span>\n      <\/button>\n\n      <div class=\"wave-info\">\n        <div class=\"wave-card\">\n          <b style=\"color:#0E9270;\">DC \u2014 Corriente continua<\/b>\n          <p>El voltaje se mantiene fijo y la corriente siempre va en el mismo sentido.<\/p>\n          <span>Pilas \u00b7 bater\u00edas \u00b7 USB \u00b7 paneles solares<\/span>\n        <\/div>\n        <div class=\"wave-card\">\n          <b style=\"color:#B8860B;\">AC \u2014 Corriente alterna<\/b>\n          <p>El voltaje sube y baja invirtiendo su polaridad muchas veces por segundo.<\/p>\n          <span>Toma de pared \u00b7 127 V a 60 Hz (M\u00e9xico)<\/span>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: flujo de electrones en el conductor -->\n<div class=\"modal-overlay\" id=\"flowModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Flujo de electrones\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CORRIENTE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfQu\u00e9 es el flujo de electrones?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"flowModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La corriente es la cantidad de carga que atraviesa un punto del conductor cada segundo. A m\u00e1s amperios, m\u00e1s electrones pasan por el mismo punto en el mismo tiempo.<\/p>\n    <div class=\"circuit-card\" id=\"flowCard\" style=\"--spd:2.6s;\">\n      <svg viewBox=\"0 0 640 220\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- conductor -->\n        <rect x=\"60\" y=\"72\" width=\"520\" height=\"66\" rx=\"10\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/rect>\n        <text x=\"320\" y=\"46\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">Conductor (cable de cobre)<\/text>\n\n        <!-- measuring plane -->\n        <line x1=\"380\" y1=\"60\" x2=\"380\" y2=\"152\" stroke=\"#FFB020\" stroke-width=\"2.5\" stroke-dasharray=\"5,4\"><\/line>\n        <text x=\"380\" y=\"172\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#B8860B\">punto de medici\u00f3n<\/text>\n\n        <clipPath id=\"wireClip\"><rect x=\"62\" y=\"74\" width=\"516\" height=\"62\"><\/rect><\/clipPath>\n        <g clip-path=\"url(#wireClip)\">\n          <g class=\"eflow\">\n            <circle class=\"eparticle\" cx=\"40\" cy=\"92\" r=\"7\" fill=\"#2E6FD6\"><\/circle>\n            <circle class=\"eparticle\" cx=\"40\" cy=\"118\" r=\"7\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.17)\"><\/circle>\n            <circle class=\"eparticle\" cx=\"40\" cy=\"105\" r=\"7\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n            <circle class=\"eparticle\" cx=\"40\" cy=\"92\" r=\"7\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.5)\"><\/circle>\n            <circle class=\"eparticle\" cx=\"40\" cy=\"118\" r=\"7\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.67)\"><\/circle>\n            <circle class=\"eparticle\" cx=\"40\" cy=\"105\" r=\"7\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.83)\"><\/circle>\n          <\/g>\n        <\/g>\n        <text x=\"320\" y=\"200\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">Cada bolita azul representa carga el\u00e9ctrica en movimiento<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"flowDesc\">Corriente baja<\/span>\n        <span class=\"cc-value\" id=\"flowAmps\">0.5 A<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"flowBtn\" onclick=\"nextFlowLevel()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"flowBtnLabel\">Subir la corriente<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">1 amperio equivale a unos 6.24 \u00d7 10\u00b9\u2078 electrones cruzando ese punto cada segundo.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: sentido convencional vs real -->\n<div class=\"modal-overlay\" id=\"convModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Sentido de la corriente\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CORRIENTE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Sentido convencional vs. real<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"convModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Por convenci\u00f3n hist\u00f3rica, la corriente se dibuja saliendo del polo (+). En realidad los electrones \u2014 que tienen carga negativa \u2014 se mueven en sentido contrario. Ambas descripciones son v\u00e1lidas.<\/p>\n    <div class=\"circuit-card\" id=\"convCard\" style=\"--spd:3s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- circuit loop -->\n        <line x1=\"150\" y1=\"60\" x2=\"490\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"490\" y1=\"60\" x2=\"490\" y2=\"100\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <polyline points=\"490,100 481,112 499,126 481,140 499,154 490,166\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"4\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"490\" y1=\"166\" x2=\"490\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"490\" y1=\"200\" x2=\"150\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"60\" x2=\"150\" y2=\"112\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"148\" x2=\"150\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <!-- battery -->\n        <line x1=\"132\" y1=\"112\" x2=\"168\" y2=\"112\" stroke=\"#12B886\" stroke-width=\"5.5\"><\/line>\n        <line x1=\"139\" y1=\"148\" x2=\"161\" y2=\"148\" stroke=\"#12B886\" stroke-width=\"12\"><\/line>\n        <text x=\"110\" y=\"119\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"108\" y=\"172\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n        <text x=\"516\" y=\"138\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">R<\/text>\n\n        <!-- conventional current: + -> right along the top -->\n        <g id=\"convGroup\">\n          <g class=\"conv-flow\">\n            <circle class=\"cparticle\" cx=\"158\" cy=\"60\" r=\"6.5\" fill=\"#FFB020\"><\/circle>\n            <circle class=\"cparticle\" cx=\"158\" cy=\"60\" r=\"6.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n            <circle class=\"cparticle\" cx=\"158\" cy=\"60\" r=\"6.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n          <\/g>\n          <polygon points=\"0,-7 12,0 0,7\" fill=\"#FFB020\" transform=\"translate(320,60)\"><\/polygon>\n          <text x=\"320\" y=\"40\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#B8860B\">corriente convencional (+ \u2192 \u2212)<\/text>\n        <\/g>\n\n        <!-- electron flow: - -> left along the bottom -->\n        <g id=\"elecGroup\">\n          <g class=\"elec-flow\">\n            <circle class=\"nparticle\" cx=\"482\" cy=\"200\" r=\"6.5\" fill=\"#2E6FD6\"><\/circle>\n            <circle class=\"nparticle\" cx=\"482\" cy=\"200\" r=\"6.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n            <circle class=\"nparticle\" cx=\"482\" cy=\"200\" r=\"6.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n          <\/g>\n          <polygon points=\"0,-7 12,0 0,7\" fill=\"#2E6FD6\" transform=\"translate(326,200) rotate(180)\"><\/polygon>\n          <text x=\"320\" y=\"228\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\">electrones reales (\u2212 \u2192 +)<\/text>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"convDesc\">Como se dibuja en los esquemas<\/span>\n        <span class=\"cc-value\" id=\"convMode\">Convencional<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"convBtn\" onclick=\"nextConvMode()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"convBtnLabel\">Ver electrones reales<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Los c\u00e1lculos de circuitos usan siempre el sentido convencional; el movimiento real de electrones importa al estudiar los semiconductores.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: amper\u00edmetro en serie -->\n<div class=\"modal-overlay\" id=\"ammModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Amper\u00edmetro en serie\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CORRIENTE \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo se mide la corriente?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"ammModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">A diferencia del voltaje, la corriente <b>no<\/b> se mide en paralelo: hay que abrir el circuito e intercalar el amper\u00edmetro, para que toda la corriente pase por \u00e9l.<\/p>\n    <div class=\"circuit-card\" id=\"ammCard\" style=\"--spd:2.4s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- loop: top wire has a removable segment between x=280 and x=380 -->\n        <line x1=\"150\" y1=\"60\" x2=\"280\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line id=\"gapWire\" x1=\"280\" y1=\"60\" x2=\"380\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"380\" y1=\"60\" x2=\"490\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"490\" y1=\"60\" x2=\"490\" y2=\"100\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <polyline points=\"490,100 481,112 499,126 481,140 499,154 490,166\" fill=\"none\" stroke=\"#5B6B79\" stroke-width=\"4\" stroke-linejoin=\"round\"><\/polyline>\n        <line x1=\"490\" y1=\"166\" x2=\"490\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"490\" y1=\"200\" x2=\"150\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"60\" x2=\"150\" y2=\"112\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"148\" x2=\"150\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"132\" y1=\"112\" x2=\"168\" y2=\"112\" stroke=\"#12B886\" stroke-width=\"5.5\"><\/line>\n        <line x1=\"139\" y1=\"148\" x2=\"161\" y2=\"148\" stroke=\"#12B886\" stroke-width=\"12\"><\/line>\n        <text x=\"110\" y=\"119\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"108\" y=\"172\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n        <text x=\"516\" y=\"138\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">R<\/text>\n\n        <!-- open-circuit terminals -->\n        <g id=\"gapDots\" class=\"trace-off\">\n          <circle cx=\"280\" cy=\"60\" r=\"6\" fill=\"#D64545\"><\/circle>\n          <circle cx=\"380\" cy=\"60\" r=\"6\" fill=\"#2B2B2B\"><\/circle>\n        <\/g>\n\n        <!-- ammeter inserted in series -->\n        <g id=\"ammBody\" class=\"trace-off\">\n          <circle cx=\"330\" cy=\"60\" r=\"34\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"2.5\"><\/circle>\n          <text x=\"330\" y=\"54\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"19\" font-weight=\"700\" fill=\"#3FE0A5\">A<\/text>\n          <text class=\"lcd-text\" id=\"ammReading\" x=\"330\" y=\"74\" text-anchor=\"middle\" font-size=\"12\" fill=\"#3FE0A5\">\u2013 . \u2013<\/text>\n          <line x1=\"280\" y1=\"60\" x2=\"296\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n          <line x1=\"364\" y1=\"60\" x2=\"380\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <\/g>\n\n        <!-- current particles on the bottom wire -->\n        <g id=\"ammFlow\" class=\"amm-flow\">\n          <circle class=\"aparticle\" cx=\"482\" cy=\"200\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"aparticle\" cx=\"482\" cy=\"200\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n          <circle class=\"aparticle\" cx=\"482\" cy=\"200\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"ammDesc\">Circuito cerrado, sin medir<\/span>\n        <span class=\"cc-value\" id=\"ammStep\">Paso 1<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"ammBtn\" onclick=\"nextAmmStep()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"ammBtnLabel\">Abrir el circuito<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Nunca conectes un amper\u00edmetro en paralelo a una fuente: su resistencia interna es casi nula y provocar\u00eda un cortocircuito.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: oposici\u00f3n al paso de corriente (resistencia) -->\n<div class=\"modal-overlay\" id=\"oppModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Oposici\u00f3n al paso de corriente\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">RESISTENCIA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPor qu\u00e9 se opone y se calienta?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"oppModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Dentro del material, los electrones chocan constantemente con los \u00e1tomos. Esos choques frenan el flujo (eso es la resistencia) y convierten parte de la energ\u00eda en calor.<\/p>\n    <div class=\"circuit-card\" id=\"oppCard\" style=\"--spd:2.6s;--heat:.25;\">\n      <svg viewBox=\"0 0 640 230\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- heat waves -->\n        <g id=\"heatWaves\">\n          <path class=\"heatw\" d=\"M220,54 q10,-14 20,0 q10,14 20,0\" fill=\"none\" stroke=\"#D64545\" stroke-width=\"3\" stroke-linecap=\"round\"><\/path>\n          <path class=\"heatw\" d=\"M300,54 q10,-14 20,0 q10,14 20,0\" fill=\"none\" stroke=\"#D64545\" stroke-width=\"3\" stroke-linecap=\"round\" style=\"animation-delay:.5s\"><\/path>\n          <path class=\"heatw\" d=\"M380,54 q10,-14 20,0 q10,14 20,0\" fill=\"none\" stroke=\"#D64545\" stroke-width=\"3\" stroke-linecap=\"round\" style=\"animation-delay:1s\"><\/path>\n        <\/g>\n        <text x=\"320\" y=\"30\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#D64545\" id=\"heatLabel\">calor disipado<\/text>\n\n        <!-- leads -->\n        <line x1=\"20\" y1=\"130\" x2=\"120\" y2=\"130\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <line x1=\"520\" y1=\"130\" x2=\"620\" y2=\"130\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <!-- resistive material -->\n        <rect x=\"120\" y=\"86\" width=\"400\" height=\"88\" rx=\"12\" fill=\"#D9BE8F\" stroke=\"#B89B6A\" stroke-width=\"2.5\"><\/rect>\n        <text x=\"320\" y=\"200\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">Material resistivo: los \u00e1tomos estorban el paso<\/text>\n\n        <!-- atom lattice -->\n        <g fill=\"#8A6F45\" opacity=\".85\">\n          <circle cx=\"160\" cy=\"108\" r=\"7\"><\/circle><circle cx=\"215\" cy=\"152\" r=\"7\"><\/circle><circle cx=\"270\" cy=\"108\" r=\"7\"><\/circle>\n          <circle cx=\"325\" cy=\"152\" r=\"7\"><\/circle><circle cx=\"380\" cy=\"108\" r=\"7\"><\/circle><circle cx=\"435\" cy=\"152\" r=\"7\"><\/circle>\n          <circle cx=\"490\" cy=\"108\" r=\"7\"><\/circle><circle cx=\"187\" cy=\"130\" r=\"7\"><\/circle><circle cx=\"297\" cy=\"130\" r=\"7\"><\/circle>\n          <circle cx=\"407\" cy=\"130\" r=\"7\"><\/circle><circle cx=\"462\" cy=\"108\" r=\"7\"><\/circle><circle cx=\"242\" cy=\"130\" r=\"7\"><\/circle>\n          <circle cx=\"352\" cy=\"130\" r=\"7\"><\/circle>\n        <\/g>\n\n        <clipPath id=\"oppClip\"><rect x=\"122\" y=\"88\" width=\"396\" height=\"84\"><\/rect><\/clipPath>\n        <g clip-path=\"url(#oppClip)\">\n          <g>\n            <circle class=\"oparticle\" cx=\"100\" cy=\"112\" r=\"6.5\" fill=\"#2E6FD6\"><\/circle>\n            <circle class=\"oparticle\" cx=\"100\" cy=\"148\" r=\"6.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.25)\"><\/circle>\n            <circle class=\"oparticle\" cx=\"100\" cy=\"130\" r=\"6.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.5)\"><\/circle>\n            <circle class=\"oparticle\" cx=\"100\" cy=\"112\" r=\"6.5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spd)*.75)\"><\/circle>\n          <\/g>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"oppDesc\">Resistencia baja<\/span>\n        <span class=\"cc-value\" id=\"oppOhms\">10 \u03a9<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" id=\"oppBtn\" onclick=\"nextOppLevel()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"oppBtnLabel\">Subir la resistencia<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">A mayor resistencia, los electrones avanzan con m\u00e1s dificultad: pasa menos corriente y se genera m\u00e1s calor.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: campo el\u00e9ctrico entre placas (capacitor) -->\n<div class=\"modal-overlay\" id=\"capDefModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Campo el\u00e9ctrico del capacitor\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CAPACITOR \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfC\u00f3mo almacena la energ\u00eda?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"capDefModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Dos placas conductoras separadas por un aislante (diel\u00e9ctrico). Al aplicar voltaje se acumulan cargas opuestas en cada placa y aparece un campo el\u00e9ctrico entre ellas: ah\u00ed queda guardada la energ\u00eda.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- leads -->\n        <line x1=\"40\" y1=\"125\" x2=\"250\" y2=\"125\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <line x1=\"390\" y1=\"125\" x2=\"600\" y2=\"125\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <!-- dielectric -->\n        <rect id=\"dielec\" x=\"262\" y=\"45\" width=\"116\" height=\"160\" rx=\"6\" fill=\"#EDF1F4\" stroke=\"#C7D2DA\" stroke-width=\"2\" stroke-dasharray=\"6,5\"><\/rect>\n        <text x=\"320\" y=\"228\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">diel\u00e9ctrico (aislante)<\/text>\n        <!-- plates -->\n        <rect x=\"246\" y=\"45\" width=\"14\" height=\"160\" rx=\"3\" fill=\"#8FA3B0\"><\/rect>\n        <rect x=\"380\" y=\"45\" width=\"14\" height=\"160\" rx=\"3\" fill=\"#8FA3B0\"><\/rect>\n        <text x=\"215\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#5B6B79\">placa A<\/text>\n        <text x=\"425\" y=\"36\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#5B6B79\">placa B<\/text>\n\n        <!-- charges -->\n        <g id=\"capCharges\" class=\"trace-off\">\n          <g fill=\"#D64545\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"700\" text-anchor=\"middle\">\n            <text x=\"234\" y=\"72\">+<\/text><text x=\"234\" y=\"105\">+<\/text><text x=\"234\" y=\"138\">+<\/text><text x=\"234\" y=\"171\">+<\/text><text x=\"234\" y=\"200\">+<\/text>\n          <\/g>\n          <g fill=\"#2E6FD6\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" text-anchor=\"middle\">\n            <text x=\"406\" y=\"72\">\u2013<\/text><text x=\"406\" y=\"105\">\u2013<\/text><text x=\"406\" y=\"138\">\u2013<\/text><text x=\"406\" y=\"171\">\u2013<\/text><text x=\"406\" y=\"200\">\u2013<\/text>\n          <\/g>\n        <\/g>\n\n        <!-- field lines -->\n        <g id=\"capField\" class=\"trace-off\" stroke=\"#FFB020\" stroke-width=\"2.5\">\n          <line x1=\"262\" y1=\"72\" x2=\"378\" y2=\"72\"><\/line><polygon points=\"0,-5 9,0 0,5\" fill=\"#FFB020\" stroke=\"none\" transform=\"translate(316,72)\"><\/polygon>\n          <line x1=\"262\" y1=\"105\" x2=\"378\" y2=\"105\"><\/line><polygon points=\"0,-5 9,0 0,5\" fill=\"#FFB020\" stroke=\"none\" transform=\"translate(316,105)\"><\/polygon>\n          <line x1=\"262\" y1=\"138\" x2=\"378\" y2=\"138\"><\/line><polygon points=\"0,-5 9,0 0,5\" fill=\"#FFB020\" stroke=\"none\" transform=\"translate(316,138)\"><\/polygon>\n          <line x1=\"262\" y1=\"171\" x2=\"378\" y2=\"171\"><\/line><polygon points=\"0,-5 9,0 0,5\" fill=\"#FFB020\" stroke=\"none\" transform=\"translate(316,171)\"><\/polygon>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"capDefDesc\">Sin voltaje aplicado<\/span>\n        <span class=\"cc-value\" id=\"capDefState\">Descargado<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextCapDef()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"capDefBtnLabel\">Aplicar voltaje<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Las cargas nunca cruzan el diel\u00e9ctrico: se quedan enfrentadas en las placas. Por eso un capacitor bloquea la corriente continua.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: carga y descarga del capacitor -->\n<div class=\"modal-overlay\" id=\"capChargeModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Carga y descarga\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CAPACITOR \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Carga y descarga<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"capChargeModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Conectado a la bater\u00eda el capacitor se llena de carga; conectado a la l\u00e1mpara devuelve esa energ\u00eda. Observa el nivel de carga y el sentido de la corriente.<\/p>\n    <div class=\"circuit-card\" id=\"capChargeCard\" style=\"--spd:1.8s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- battery (left branch) -->\n        <line x1=\"70\" y1=\"60\" x2=\"70\" y2=\"105\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"52\" y1=\"105\" x2=\"88\" y2=\"105\" stroke=\"#12B886\" stroke-width=\"5\"><\/line>\n        <line x1=\"59\" y1=\"140\" x2=\"81\" y2=\"140\" stroke=\"#12B886\" stroke-width=\"11\"><\/line>\n        <line x1=\"70\" y1=\"140\" x2=\"70\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"34\" y=\"112\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"32\" y=\"162\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n\n        <!-- lamp (right branch) -->\n        <circle id=\"lampBulb\" cx=\"570\" cy=\"122\" r=\"26\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/circle>\n        <line x1=\"552\" y1=\"104\" x2=\"588\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n        <line x1=\"588\" y1=\"104\" x2=\"552\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n        <line x1=\"570\" y1=\"60\" x2=\"570\" y2=\"96\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"570\" y1=\"148\" x2=\"570\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n\n        <!-- rails -->\n        <line x1=\"70\" y1=\"60\" x2=\"570\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"70\" y1=\"190\" x2=\"570\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n\n        <!-- capacitor in the middle -->\n        <line x1=\"320\" y1=\"60\" x2=\"320\" y2=\"102\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"286\" y1=\"102\" x2=\"354\" y2=\"102\" stroke=\"#0A2540\" stroke-width=\"6\"><\/line>\n        <line x1=\"286\" y1=\"126\" x2=\"354\" y2=\"126\" stroke=\"#0A2540\" stroke-width=\"6\"><\/line>\n        <line x1=\"320\" y1=\"126\" x2=\"320\" y2=\"190\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"372\" y=\"118\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#0A2540\">C<\/text>\n\n        <!-- charge level bar -->\n        <rect x=\"286\" y=\"150\" width=\"68\" height=\"16\" rx=\"4\" fill=\"#E4E9EC\"><\/rect>\n        <rect id=\"chargeBar\" x=\"286\" y=\"150\" width=\"0\" height=\"16\" rx=\"4\" fill=\"#12B886\"><\/rect>\n        <text x=\"320\" y=\"182\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">nivel de carga<\/text>\n\n        <!-- flow: charging (battery -> cap) along the TOP rail -->\n        <g id=\"chgFlow\" class=\"trace-off\">\n          <circle class=\"chparticle\" cx=\"86\" cy=\"60\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"chparticle\" cx=\"86\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n          <circle class=\"chparticle\" cx=\"86\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n        <\/g>\n        <!-- flow: discharging (cap -> lamp) along the TOP rail -->\n        <g id=\"dchFlow\" class=\"trace-off\">\n          <circle class=\"dhparticle\" cx=\"336\" cy=\"60\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"dhparticle\" cx=\"336\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n          <circle class=\"dhparticle\" cx=\"336\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"capChDesc\">Capacitor vac\u00edo<\/span>\n        <span class=\"cc-value\" id=\"capChState\">0 %<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextCapCharge()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"capChBtnLabel\">Cargar con la bater\u00eda<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Al cargarse, la corriente entra hasta llenarlo y luego se detiene. Al descargarse, esa energ\u00eda sale y enciende la l\u00e1mpara.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: tipos de capacitores -->\n<div class=\"modal-overlay\" id=\"capTypesModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Tipos de capacitores\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CAPACITOR \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Tipos de capacitores<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"capTypesModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Se diferencian por su material diel\u00e9ctrico, su capacidad y si tienen polaridad. Conectar al rev\u00e9s uno polarizado puede da\u00f1arlo.<\/p>\n    <div class=\"source-grid\">\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 160 150\" style=\"width:120px;height:112px;aspect-ratio:160\/150;margin:0 auto 12px;display:block;\">\n          <line x1=\"62\" y1=\"96\" x2=\"62\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"98\" y1=\"96\" x2=\"98\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <ellipse cx=\"80\" cy=\"66\" rx=\"46\" ry=\"40\" fill=\"#D98C3F\" stroke=\"#B0702C\" stroke-width=\"2.5\"><\/ellipse>\n          <text x=\"80\" y=\"60\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#5A3A14\">104<\/text>\n          <text x=\"80\" y=\"80\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#7A5220\">100nF<\/text>\n        <\/svg>\n        <h3>Cer\u00e1mico<\/h3>\n        <p>Peque\u00f1o, econ\u00f3mico y sin polaridad. El m\u00e1s com\u00fan en circuitos digitales.<\/p>\n        <ul class=\"source-specs\">\n          <li>1 pF \u2013 1 \u00b5F aprox.<\/li>\n          <li><b>No polarizado<\/b><\/li>\n          <li>Filtrado de alta frecuencia<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 160 150\" style=\"width:120px;height:112px;aspect-ratio:160\/150;margin:0 auto 12px;display:block;\">\n          <line x1=\"62\" y1=\"118\" x2=\"62\" y2=\"146\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"98\" y1=\"118\" x2=\"98\" y2=\"146\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <rect x=\"40\" y=\"18\" width=\"80\" height=\"100\" rx=\"12\" fill=\"#2E4F7A\" stroke=\"#1D3A5E\" stroke-width=\"2.5\"><\/rect>\n          <rect x=\"96\" y=\"18\" width=\"24\" height=\"100\" rx=\"6\" fill=\"#8FA3B0\" opacity=\".55\"><\/rect>\n          <text x=\"108\" y=\"64\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#fff\">\u2013<\/text>\n          <text x=\"58\" y=\"42\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#fff\">+<\/text>\n          <text x=\"70\" y=\"76\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#C9D6DE\">470\u00b5F<\/text>\n          <text x=\"70\" y=\"94\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#C9D6DE\">25V<\/text>\n        <\/svg>\n        <h3>Electrol\u00edtico<\/h3>\n        <p>Mucha capacidad en poco espacio. La franja marca el terminal negativo.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>1 \u00b5F \u2013 10 000 \u00b5F<\/li>\n          <li><b>Polarizado<\/b> \u2014 respeta el (+) y (\u2212)<\/li>\n          <li>Fuentes de alimentaci\u00f3n<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 160 150\" style=\"width:120px;height:112px;aspect-ratio:160\/150;margin:0 auto 12px;display:block;\">\n          <path d=\"M80,16 C122,16 132,62 128,88 C124,110 100,114 80,114 C60,114 36,110 32,88 C28,62 38,16 80,16 Z\" fill=\"#C9A227\" stroke=\"#9C7D17\" stroke-width=\"2.5\"><\/path>\n          <line x1=\"64\" y1=\"110\" x2=\"64\" y2=\"146\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"96\" y1=\"110\" x2=\"96\" y2=\"146\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <text x=\"64\" y=\"52\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#3D3006\">+<\/text>\n          <text x=\"80\" y=\"82\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#3D3006\">10\u00b5F<\/text>\n        <\/svg>\n        <h3>T\u00e1ntalo<\/h3>\n        <p>Compacto y muy estable, pero delicado: no tolera inversi\u00f3n de polaridad.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>0.1 \u00b5F \u2013 100 \u00b5F<\/li>\n          <li><b>Polarizado<\/b> \u2014 el (+) va marcado<\/li>\n          <li>Equipos compactos y de precisi\u00f3n<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 160 150\" style=\"width:120px;height:112px;aspect-ratio:160\/150;margin:0 auto 12px;display:block;\">\n          <!-- PCB pads -->\n          <rect x=\"20\" y=\"52\" width=\"26\" height=\"46\" rx=\"3\" fill=\"#C9A227\"><\/rect>\n          <rect x=\"114\" y=\"52\" width=\"26\" height=\"46\" rx=\"3\" fill=\"#C9A227\"><\/rect>\n          <!-- body -->\n          <rect x=\"40\" y=\"46\" width=\"80\" height=\"58\" rx=\"5\" fill=\"#8A6F45\" stroke=\"#6B5434\" stroke-width=\"2.5\"><\/rect>\n          <!-- metallic terminations -->\n          <rect x=\"40\" y=\"46\" width=\"15\" height=\"58\" rx=\"3\" fill=\"#B8C6CF\"><\/rect>\n          <rect x=\"105\" y=\"46\" width=\"15\" height=\"58\" rx=\"3\" fill=\"#B8C6CF\"><\/rect>\n          <text x=\"80\" y=\"80\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#EDE3D0\">0805<\/text>\n          <text x=\"80\" y=\"130\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">montaje superficial<\/text>\n        <\/svg>\n        <h3>SMD<\/h3>\n        <p>Sin patitas: se suelda directo sobre la placa. Domina la electr\u00f3nica moderna.<\/p>\n        <ul class=\"source-specs\">\n          <li>1 pF \u2013 100 \u00b5F seg\u00fan tama\u00f1o<\/li>\n          <li><b>Casi siempre no polarizado<\/b> (cer\u00e1mico)<\/li>\n          <li>Celulares, computadoras, todo lo compacto<\/li>\n        <\/ul>\n      <\/div>\n\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: aplicaciones del capacitor -->\n<div class=\"modal-overlay\" id=\"capAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones del capacitor\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">CAPACITOR \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve en la pr\u00e1ctica?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"capAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"capAppSub\">Compara la se\u00f1al que entra al capacitor (\u00e1mbar) con la que sale (verde). Presiona el bot\u00f3n para recorrer sus cuatro usos m\u00e1s comunes.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 230\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <rect x=\"30\" y=\"18\" width=\"580\" height=\"194\" rx=\"12\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <rect x=\"50\" y=\"34\" width=\"540\" height=\"162\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <g stroke=\"#12B886\" stroke-width=\".6\" opacity=\".2\">\n          <line x1=\"140\" y1=\"34\" x2=\"140\" y2=\"196\"><\/line><line x1=\"230\" y1=\"34\" x2=\"230\" y2=\"196\"><\/line>\n          <line x1=\"320\" y1=\"34\" x2=\"320\" y2=\"196\"><\/line><line x1=\"410\" y1=\"34\" x2=\"410\" y2=\"196\"><\/line>\n          <line x1=\"500\" y1=\"34\" x2=\"500\" y2=\"196\"><\/line>\n          <line x1=\"50\" y1=\"75\" x2=\"590\" y2=\"75\"><\/line><line x1=\"50\" y1=\"115\" x2=\"590\" y2=\"115\"><\/line><line x1=\"50\" y1=\"155\" x2=\"590\" y2=\"155\"><\/line>\n        <\/g>\n        <clipPath id=\"appClip\"><rect x=\"50\" y=\"34\" width=\"540\" height=\"162\"><\/rect><\/clipPath>\n        <g clip-path=\"url(#appClip)\">\n          <path id=\"appIn\" d=\"\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.6\" stroke-linejoin=\"round\"><\/path>\n          <path id=\"appOut\" d=\"\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/path>\n        <\/g>\n        <text x=\"566\" y=\"52\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#FFB020\" id=\"appInLbl\">entrada<\/text>\n        <text x=\"566\" y=\"186\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#3FE0A5\" id=\"appOutLbl\">salida<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"appDesc\">Deja pasar la se\u00f1al y bloquea el ruido<\/span>\n        <span class=\"cc-value\" id=\"appName\">Filtrado<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextCapApp()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"appBtnLabel\">Siguiente aplicaci\u00f3n<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\" id=\"appNote\">El capacitor deriva a tierra las variaciones r\u00e1pidas (el ruido) y deja pasar la se\u00f1al \u00fatil.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: campo magn\u00e9tico de la bobina -->\n<div class=\"modal-overlay\" id=\"indDefModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Campo magn\u00e9tico\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">BOBINA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">El campo magn\u00e9tico<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"indDefModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Al circular corriente por el conductor enrollado se genera un campo magn\u00e9tico que rodea la bobina. Ah\u00ed queda almacenada la energ\u00eda: a m\u00e1s corriente, campo m\u00e1s intenso.<\/p>\n    <div class=\"circuit-card\" id=\"indDefCard\" style=\"--spd:2.6s;--mag:0;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- field lines -->\n        <g id=\"magField\">\n          <ellipse cx=\"320\" cy=\"125\" rx=\"150\" ry=\"52\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"2.5\"><\/ellipse>\n          <ellipse cx=\"320\" cy=\"125\" rx=\"196\" ry=\"80\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"2.2\" opacity=\".7\"><\/ellipse>\n          <ellipse cx=\"320\" cy=\"125\" rx=\"242\" ry=\"108\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"2\" opacity=\".45\"><\/ellipse>\n          <polygon points=\"0,-6 11,0 0,6\" fill=\"#8A5CD6\" transform=\"translate(320,73)\"><\/polygon>\n          <polygon points=\"0,-6 11,0 0,6\" fill=\"#8A5CD6\" transform=\"translate(320,177) rotate(180)\"><\/polygon>\n        <\/g>\n        <text id=\"magLabel\" x=\"320\" y=\"26\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#8A5CD6\">campo magn\u00e9tico<\/text>\n\n        <!-- leads -->\n        <line x1=\"40\" y1=\"125\" x2=\"188\" y2=\"125\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <line x1=\"452\" y1=\"125\" x2=\"600\" y2=\"125\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <!-- coil -->\n        <path d=\"M188,125 q22,-52 44,0 q22,-52 44,0 q22,-52 44,0 q22,-52 44,0 q22,-52 44,0 q22,-52 44,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"7\" stroke-linecap=\"round\"><\/path>\n        <text x=\"320\" y=\"228\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">conductor enrollado (bobina)<\/text>\n\n        <!-- current particles -->\n        <g id=\"indFlow\">\n          <circle class=\"iparticle\" cx=\"60\" cy=\"125\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"iparticle\" cx=\"60\" cy=\"125\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n          <circle class=\"iparticle\" cx=\"60\" cy=\"125\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"indDefDesc\">Sin corriente: no hay campo<\/span>\n        <span class=\"cc-value\" id=\"indDefAmps\">0 A<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextIndDef()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"indDefBtnLabel\">Hacer circular corriente<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Si la corriente se detiene, el campo se desploma y la bobina devuelve al circuito la energ\u00eda que ten\u00eda guardada.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: oposici\u00f3n al cambio de corriente -->\n<div class=\"modal-overlay\" id=\"indBhvModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Oposici\u00f3n al cambio\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">BOBINA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Se opone a los cambios<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"indBhvModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La bobina no deja que la corriente cambie de golpe: al encender sube poco a poco, y al apagar genera un pico de voltaje inverso (fuerza contraelectromotriz).<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 230\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <rect x=\"30\" y=\"18\" width=\"580\" height=\"194\" rx=\"12\" fill=\"#0E2F52\" stroke=\"#123A67\" stroke-width=\"2\"><\/rect>\n        <rect x=\"50\" y=\"34\" width=\"540\" height=\"162\" rx=\"6\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <g stroke=\"#12B886\" stroke-width=\".6\" opacity=\".2\">\n          <line x1=\"140\" y1=\"34\" x2=\"140\" y2=\"196\"><\/line><line x1=\"230\" y1=\"34\" x2=\"230\" y2=\"196\"><\/line>\n          <line x1=\"320\" y1=\"34\" x2=\"320\" y2=\"196\"><\/line><line x1=\"410\" y1=\"34\" x2=\"410\" y2=\"196\"><\/line>\n          <line x1=\"500\" y1=\"34\" x2=\"500\" y2=\"196\"><\/line>\n          <line x1=\"50\" y1=\"75\" x2=\"590\" y2=\"75\"><\/line><line x1=\"50\" y1=\"115\" x2=\"590\" y2=\"115\"><\/line><line x1=\"50\" y1=\"155\" x2=\"590\" y2=\"155\"><\/line>\n        <\/g>\n        <clipPath id=\"bhvClip\"><rect x=\"50\" y=\"34\" width=\"540\" height=\"162\"><\/rect><\/clipPath>\n        <g clip-path=\"url(#bhvClip)\">\n          <path id=\"bhvSw\" d=\"\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.4\" stroke-dasharray=\"6,4\"><\/path>\n          <path id=\"bhvCur\" d=\"\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/path>\n        <\/g>\n        <text x=\"566\" y=\"52\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#FFB020\">interruptor<\/text>\n        <text x=\"566\" y=\"186\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#3FE0A5\">corriente en la bobina<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"bhvDesc\">Circuito apagado<\/span>\n        <span class=\"cc-value\" id=\"bhvState\">Reposo<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextIndBhv()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"bhvBtnLabel\">Cerrar el interruptor<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\" id=\"bhvNote\">Es el comportamiento opuesto al capacitor: el capacitor se opone a cambios de voltaje, la bobina a cambios de corriente.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: tipos de n\u00facleo -->\n<div class=\"modal-overlay\" id=\"indCoreModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Tipos de n\u00facleo\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">BOBINA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Tipos de n\u00facleo<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"indCoreModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">El material dentro de la bobina concentra el campo magn\u00e9tico. A mejor n\u00facleo, m\u00e1s inductancia con el mismo n\u00famero de vueltas.<\/p>\n    <div class=\"source-grid\">\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <line x1=\"10\" y1=\"62\" x2=\"44\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"156\" y1=\"62\" x2=\"190\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <path d=\"M44,62 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"6\" stroke-linecap=\"round\"><\/path>\n          <text x=\"100\" y=\"96\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">sin material dentro<\/text>\n        <\/svg>\n        <h3>Aire<\/h3>\n        <p>Nada dentro del bobinado. Muy estable y sin p\u00e9rdidas, pero de baja inductancia.<\/p>\n        <ul class=\"source-specs\">\n          <li>nH \u2013 \u00b5H (valores bajos)<\/li>\n          <li>No se satura nunca<\/li>\n          <li>Radiofrecuencia y antenas<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <line x1=\"10\" y1=\"62\" x2=\"44\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"156\" y1=\"62\" x2=\"190\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <rect x=\"40\" y=\"52\" width=\"120\" height=\"20\" rx=\"4\" fill=\"#8FA3B0\" stroke=\"#6B7C89\" stroke-width=\"2\"><\/rect>\n          <path d=\"M44,62 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"6\" stroke-linecap=\"round\"><\/path>\n          <text x=\"100\" y=\"96\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">l\u00e1minas de hierro<\/text>\n        <\/svg>\n        <h3>Hierro<\/h3>\n        <p>Multiplica mucho la inductancia. Se usa laminado para reducir p\u00e9rdidas.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>mH \u2013 H (valores altos)<\/li>\n          <li>Puede saturarse<\/li>\n          <li>Transformadores de 60 Hz<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <line x1=\"10\" y1=\"62\" x2=\"44\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"156\" y1=\"62\" x2=\"190\" y2=\"62\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <rect x=\"40\" y=\"52\" width=\"120\" height=\"20\" rx=\"4\" fill=\"#3A3F45\" stroke=\"#22262B\" stroke-width=\"2\"><\/rect>\n          <path d=\"M44,62 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0 q14,-34 28,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"6\" stroke-linecap=\"round\"><\/path>\n          <text x=\"100\" y=\"96\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">cer\u00e1mica ferromagn\u00e9tica<\/text>\n        <\/svg>\n        <h3>Ferrita<\/h3>\n        <p>Buena inductancia con pocas p\u00e9rdidas a alta frecuencia. La m\u00e1s com\u00fan hoy.<\/p>\n        <ul class=\"source-specs\">\n          <li>\u00b5H \u2013 mH<\/li>\n          <li>Ideal en alta frecuencia<\/li>\n          <li>Fuentes conmutadas y filtros<\/li>\n        <\/ul>\n      <\/div>\n\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: aplicaciones de la bobina -->\n<div class=\"modal-overlay\" id=\"indAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones de la bobina\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">BOBINA \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve en la pr\u00e1ctica?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"indAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Su capacidad de almacenar energ\u00eda magn\u00e9tica y oponerse a los cambios r\u00e1pidos la vuelve indispensable en potencia y en se\u00f1ales.<\/p>\n    <div class=\"source-grid\">\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <line x1=\"14\" y1=\"40\" x2=\"52\" y2=\"40\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <path d=\"M52,40 q12,-28 24,0 q12,-28 24,0 q12,-28 24,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"5.5\" stroke-linecap=\"round\"><\/path>\n          <line x1=\"124\" y1=\"40\" x2=\"186\" y2=\"40\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"124\" y1=\"40\" x2=\"124\" y2=\"66\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"106\" y1=\"66\" x2=\"142\" y2=\"66\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n          <line x1=\"106\" y1=\"78\" x2=\"142\" y2=\"78\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n          <line x1=\"124\" y1=\"78\" x2=\"124\" y2=\"96\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"96\" y1=\"96\" x2=\"152\" y2=\"96\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/line>\n        <\/svg>\n        <h3>Filtro LC<\/h3>\n        <p>Junto a un capacitor deja pasar unas frecuencias y bloquea otras.<\/p>\n        <ul class=\"source-specs\">\n          <li>Sinton\u00eda de radio y audio<\/li>\n          <li>Elimina interferencias<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <path d=\"M40,24 q-22,14 0,28 q-22,14 0,28 q-22,14 0,28\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"5.5\" stroke-linecap=\"round\"><\/path>\n          <path d=\"M160,24 q22,14 0,28 q22,14 0,28 q22,14 0,28\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"5.5\" stroke-linecap=\"round\"><\/path>\n          <rect x=\"92\" y=\"14\" width=\"7\" height=\"82\" fill=\"#8FA3B0\"><\/rect>\n          <rect x=\"104\" y=\"14\" width=\"7\" height=\"82\" fill=\"#8FA3B0\"><\/rect>\n          <text x=\"22\" y=\"14\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">127V<\/text>\n          <text x=\"156\" y=\"14\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#5B6B79\">12V<\/text>\n        <\/svg>\n        <h3>Transformador<\/h3>\n        <p>Dos bobinas acopladas suben o bajan el voltaje de corriente alterna.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>Cargadores y fuentes<\/li>\n          <li>Red el\u00e9ctrica completa<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <path d=\"M14,70 L40,70 L40,30 L66,30 L66,70 L92,70 L92,30 L118,30\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"3\"><\/path>\n          <path d=\"M118,44 q14,-26 28,0 q14,-26 28,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"5.5\" stroke-linecap=\"round\"><\/path>\n          <line x1=\"118\" y1=\"88\" x2=\"190\" y2=\"88\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\"><\/line>\n          <text x=\"60\" y=\"18\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#5B6B79\">conmuta r\u00e1pido<\/text>\n          <text x=\"128\" y=\"104\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#5B6B79\">salida estable<\/text>\n        <\/svg>\n        <h3>Fuente conmutada<\/h3>\n        <p>Almacena y libera energ\u00eda miles de veces por segundo para regular el voltaje.<\/p>\n        <ul class=\"source-specs\">\n          <li>Cargadores de celular<\/li>\n          <li>Fuentes de computadora<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 110\" style=\"width:170px;height:94px;aspect-ratio:200\/110;margin:0 auto 12px;display:block;\">\n          <ellipse cx=\"100\" cy=\"56\" rx=\"72\" ry=\"34\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"2.4\" opacity=\".7\"><\/ellipse>\n          <ellipse cx=\"100\" cy=\"56\" rx=\"46\" ry=\"22\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"2.4\"><\/ellipse>\n          <path d=\"M56,56 q14,-26 28,0 q14,-26 28,0 q14,-26 28,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"5.5\" stroke-linecap=\"round\"><\/path>\n          <text x=\"100\" y=\"102\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#8A5CD6\">energ\u00eda en el campo<\/text>\n        <\/svg>\n        <h3>Almacenamiento<\/h3>\n        <p>Guarda energ\u00eda en su campo magn\u00e9tico y la entrega cuando hace falta.<\/p>\n        <ul class=\"source-specs\">\n          <li>Circuitos de potencia<\/li>\n          <li>Arranque de motores<\/li>\n        <\/ul>\n      <\/div>\n\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: analog\u00eda de la v\u00e1lvula -->\n<div class=\"modal-overlay\" id=\"diodeValveModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Analog\u00eda de la v\u00e1lvula\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">DIODO \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Una v\u00e1lvula de un solo sentido<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"diodeValveModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">El diodo funciona como una v\u00e1lvula antirretorno: deja pasar el flujo en un sentido y lo bloquea en el contrario. Cambia el sentido y compara.<\/p>\n    <div class=\"circuit-card\" id=\"valveCard\" style=\"--spd:2.2s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <text x=\"160\" y=\"28\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">V\u00e1lvula antirretorno<\/text>\n        <text x=\"480\" y=\"28\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">Diodo<\/text>\n        <line x1=\"320\" y1=\"46\" x2=\"320\" y2=\"214\" stroke=\"#E4E9EC\" stroke-width=\"2\" stroke-dasharray=\"5,5\"><\/line>\n\n        <!-- direcci\u00f3n del flujo -->\n        <g id=\"valveArrow\">\n          <line x1=\"110\" y1=\"62\" x2=\"210\" y2=\"62\" stroke=\"#2E6FD6\" stroke-width=\"3\"><\/line>\n          <polygon id=\"valveArrowHead\" points=\"210,55 224,62 210,69\" fill=\"#2E6FD6\"><\/polygon>\n          <text id=\"valveArrowTxt\" x=\"160\" y=\"54\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#2E6FD6\">sentido del agua<\/text>\n        <\/g>\n\n        <!-- tuber\u00eda -->\n        <rect x=\"40\" y=\"86\" width=\"250\" height=\"80\" rx=\"10\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/rect>\n        <clipPath id=\"pipeClip\"><rect x=\"43\" y=\"89\" width=\"244\" height=\"74\"><\/rect><\/clipPath>\n\n        <!-- part\u00edculas: sentido permitido (izq \u2192 der, pasan por el orificio) -->\n        <g clip-path=\"url(#pipeClip)\">\n          <g id=\"valveFwd\">\n            <circle class=\"vpf\" cx=\"48\" cy=\"126\" r=\"6\" fill=\"#2E6FD6\"><\/circle>\n            <circle class=\"vpf\" cx=\"48\" cy=\"120\" r=\"6\" fill=\"#2E6FD6\" style=\"animation-delay:.73s\"><\/circle>\n            <circle class=\"vpf\" cx=\"48\" cy=\"132\" r=\"6\" fill=\"#2E6FD6\" style=\"animation-delay:1.46s\"><\/circle>\n          <\/g>\n          <!-- part\u00edculas: sentido bloqueado (der \u2192 izq, se detienen en la clapeta) -->\n          <g id=\"valveRev\" class=\"trace-off\">\n            <circle class=\"vpr\" cx=\"282\" cy=\"126\" r=\"6\" fill=\"#2E6FD6\"><\/circle>\n            <circle class=\"vpr\" cx=\"282\" cy=\"116\" r=\"6\" fill=\"#2E6FD6\" style=\"animation-delay:.6s\"><\/circle>\n            <circle class=\"vpr\" cx=\"282\" cy=\"136\" r=\"6\" fill=\"#2E6FD6\" style=\"animation-delay:1.2s\"><\/circle>\n          <\/g>\n        <\/g>\n\n        <!-- asiento: pared con un orificio al centro -->\n        <rect x=\"150\" y=\"89\" width=\"12\" height=\"17\" fill=\"#5B6B79\"><\/rect>\n        <rect x=\"150\" y=\"146\" width=\"12\" height=\"17\" fill=\"#5B6B79\"><\/rect>\n        <text x=\"156\" y=\"188\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#5B6B79\">asiento<\/text>\n\n        <!-- clapeta con bisagra -->\n        <line id=\"valveFlap\" x1=\"166\" y1=\"104\" x2=\"166\" y2=\"148\" stroke=\"#12B886\" stroke-width=\"8\" stroke-linecap=\"round\"><\/line>\n        <circle cx=\"166\" cy=\"104\" r=\"5\" fill=\"#0A2540\"><\/circle>\n        <text x=\"218\" y=\"188\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#0E9270\">clapeta<\/text>\n\n        <!-- diodo -->\n        <line x1=\"360\" y1=\"126\" x2=\"452\" y2=\"126\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <line x1=\"508\" y1=\"126\" x2=\"600\" y2=\"126\" stroke=\"#8FA3B0\" stroke-width=\"5\"><\/line>\n        <polygon points=\"452,96 452,156 500,126\" fill=\"#12B886\"><\/polygon>\n        <line x1=\"503\" y1=\"94\" x2=\"503\" y2=\"158\" stroke=\"#12B886\" stroke-width=\"7\"><\/line>\n        <text x=\"410\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">\u00e1nodo<\/text>\n        <text x=\"555\" y=\"180\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">c\u00e1todo<\/text>\n\n        <g id=\"diodeFwd\">\n          <circle class=\"vdf\" cx=\"362\" cy=\"126\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"vdf\" cx=\"362\" cy=\"126\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:.73s\"><\/circle>\n          <circle class=\"vdf\" cx=\"362\" cy=\"126\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:1.46s\"><\/circle>\n        <\/g>\n        <g id=\"diodeRev\" class=\"trace-off\">\n          <circle class=\"vdr\" cx=\"598\" cy=\"126\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"vdr\" cx=\"598\" cy=\"126\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:.6s\"><\/circle>\n          <circle class=\"vdr\" cx=\"598\" cy=\"126\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:1.2s\"><\/circle>\n        <\/g>\n\n        <!-- marcas de bloqueo -->\n        <g id=\"blockMarks\" class=\"trace-off\" stroke=\"#D64545\" stroke-width=\"4\" stroke-linecap=\"round\">\n          <line x1=\"178\" y1=\"70\" x2=\"194\" y2=\"86\"><\/line><line x1=\"194\" y1=\"70\" x2=\"178\" y2=\"86\"><\/line>\n          <line x1=\"516\" y1=\"80\" x2=\"532\" y2=\"96\"><\/line><line x1=\"532\" y1=\"80\" x2=\"516\" y2=\"96\"><\/line>\n        <\/g>\n\n        <text x=\"320\" y=\"238\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\" id=\"valveHint\">El agua empuja la clapeta, la abre y pasa por el orificio<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"valveDesc\">El flujo pasa sin problema<\/span>\n        <span class=\"cc-value\" id=\"valveState\">Sentido permitido<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextValve()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"valveBtnLabel\">Invertir el sentido<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">El tri\u00e1ngulo del s\u00edmbolo apunta hacia el sentido permitido; la barra representa la pared que bloquea el regreso.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: polarizaci\u00f3n directa e inversa -->\n<div class=\"modal-overlay\" id=\"diodeBiasModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Polarizaci\u00f3n del diodo\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">DIODO \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Polarizaci\u00f3n directa e inversa<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"diodeBiasModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Todo depende de c\u00f3mo se conecte la bater\u00eda respecto al diodo. Invierte la polaridad y observa qu\u00e9 pasa con la corriente y con la l\u00e1mpara.<\/p>\n    <div class=\"circuit-card\" id=\"biasCard\" style=\"--spd:1.8s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- loop -->\n        <line x1=\"90\" y1=\"60\" x2=\"550\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"550\" y1=\"60\" x2=\"550\" y2=\"96\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"550\" y1=\"148\" x2=\"550\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"550\" y1=\"200\" x2=\"90\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"90\" y1=\"60\" x2=\"90\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"90\" y1=\"152\" x2=\"90\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n\n        <!-- battery: labels swap with polarity -->\n        <line x1=\"70\" y1=\"108\" x2=\"110\" y2=\"108\" stroke=\"#12B886\" stroke-width=\"5.5\"><\/line>\n        <line x1=\"78\" y1=\"152\" x2=\"102\" y2=\"152\" stroke=\"#12B886\" stroke-width=\"12\"><\/line>\n        <text id=\"batTop\" x=\"46\" y=\"115\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text id=\"batBot\" x=\"44\" y=\"168\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n\n        <!-- lamp -->\n        <circle id=\"biasLamp\" cx=\"550\" cy=\"122\" r=\"26\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/circle>\n        <line x1=\"532\" y1=\"104\" x2=\"568\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n        <line x1=\"568\" y1=\"104\" x2=\"532\" y2=\"140\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n\n        <!-- diode on the top rail -->\n        <g id=\"biasDiode\">\n          <polygon id=\"biasTri\" points=\"290,38 290,82 336,60\" fill=\"#12B886\"><\/polygon>\n          <line id=\"biasBar\" x1=\"336\" y1=\"34\" x2=\"336\" y2=\"86\" stroke=\"#12B886\" stroke-width=\"6\"><\/line>\n        <\/g>\n        <text x=\"313\" y=\"106\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\" id=\"biasDiodeLbl\">\u00e1nodo \u2192 c\u00e1todo<\/text>\n\n        <!-- current -->\n        <g id=\"biasFlow\">\n          <circle class=\"bparticle\" cx=\"110\" cy=\"60\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"bparticle\" cx=\"110\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.33)\"><\/circle>\n          <circle class=\"bparticle\" cx=\"110\" cy=\"60\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spd)*.66)\"><\/circle>\n        <\/g>\n        <!-- la corriente sale por el (+), recorre el circuito y se detiene en el c\u00e1todo -->\n        <g id=\"biasRevFlow\" class=\"trace-off\">\n          <circle r=\"6\" fill=\"#FFB020\" opacity=\"0\">\n            <animateMotion dur=\"3s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M110,200 L550,200 L550,60 L348,60\"><\/animateMotion>\n            <animate attributeName=\"opacity\" dur=\"3s\" repeatCount=\"indefinite\" begin=\"0s\" values=\"0;1;1;1;0\" keyTimes=\"0;0.05;0.80;0.90;1\"><\/animate>\n          <\/circle>\n          <circle r=\"6\" fill=\"#FFB020\" opacity=\"0\">\n            <animateMotion dur=\"3s\" repeatCount=\"indefinite\" begin=\"1s\" path=\"M110,200 L550,200 L550,60 L348,60\"><\/animateMotion>\n            <animate attributeName=\"opacity\" dur=\"3s\" repeatCount=\"indefinite\" begin=\"1s\" values=\"0;1;1;1;0\" keyTimes=\"0;0.05;0.80;0.90;1\"><\/animate>\n          <\/circle>\n          <circle r=\"6\" fill=\"#FFB020\" opacity=\"0\">\n            <animateMotion dur=\"3s\" repeatCount=\"indefinite\" begin=\"2s\" path=\"M110,200 L550,200 L550,60 L348,60\"><\/animateMotion>\n            <animate attributeName=\"opacity\" dur=\"3s\" repeatCount=\"indefinite\" begin=\"2s\" values=\"0;1;1;1;0\" keyTimes=\"0;0.05;0.80;0.90;1\"><\/animate>\n          <\/circle>\n        <\/g>\n\n        <!-- blocked mark -->\n        <g id=\"biasBlock\" class=\"trace-off\">\n          <line x1=\"352\" y1=\"38\" x2=\"388\" y2=\"82\" stroke=\"#D64545\" stroke-width=\"6\" stroke-linecap=\"round\"><\/line>\n          <line x1=\"388\" y1=\"38\" x2=\"352\" y2=\"82\" stroke=\"#D64545\" stroke-width=\"6\" stroke-linecap=\"round\"><\/line>\n        <\/g>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"biasDesc\">El diodo conduce: la l\u00e1mpara enciende<\/span>\n        <span class=\"cc-value\" id=\"biasState\">Directa<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextBias()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"biasBtnLabel\">Invertir la bater\u00eda<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\" id=\"biasNote\">En directa, un diodo de silicio consume unos 0.7 V y deja pasar el resto al circuito.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: tipos de diodos -->\n<div class=\"modal-overlay\" id=\"diodeTypesModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Tipos de diodos\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\">DIODO \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Tipos de diodos<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"diodeTypesModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Todos conducen en un solo sentido, pero cada uno est\u00e1 optimizado para una tarea distinta. F\u00edjate en c\u00f3mo cambia su s\u00edmbolo.<\/p>\n    <div class=\"source-grid\">\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 90\" style=\"width:160px;height:72px;aspect-ratio:200\/90;margin:0 auto 12px;display:block;\">\n          <line x1=\"16\" y1=\"45\" x2=\"74\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"126\" y1=\"45\" x2=\"184\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <polygon points=\"74,24 74,66 120,45\" fill=\"#0A2540\"><\/polygon>\n          <line x1=\"120\" y1=\"22\" x2=\"120\" y2=\"68\" stroke=\"#0A2540\" stroke-width=\"6\"><\/line>\n        <\/svg>\n        <h3>Rectificador<\/h3>\n        <p>El m\u00e1s com\u00fan. Convierte corriente alterna en continua dejando pasar solo un semiciclo.<\/p>\n        <ul class=\"source-specs\">\n          <li>Ca\u00edda \u2248 0.7 V (silicio)<\/li>\n          <li>Fuentes de alimentaci\u00f3n<\/li>\n          <li>Ej. 1N4007<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 90\" style=\"width:160px;height:72px;aspect-ratio:200\/90;margin:0 auto 12px;display:block;\">\n          <line x1=\"16\" y1=\"52\" x2=\"74\" y2=\"52\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"126\" y1=\"52\" x2=\"184\" y2=\"52\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <polygon points=\"74,31 74,73 120,52\" fill=\"#D64545\"><\/polygon>\n          <line x1=\"120\" y1=\"29\" x2=\"120\" y2=\"75\" stroke=\"#D64545\" stroke-width=\"6\"><\/line>\n          <line x1=\"128\" y1=\"26\" x2=\"150\" y2=\"10\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linecap=\"round\"><\/line>\n          <polygon points=\"0,-4 8,0 0,4\" fill=\"#FFB020\" transform=\"translate(150,10) rotate(-36)\"><\/polygon>\n          <line x1=\"142\" y1=\"30\" x2=\"164\" y2=\"14\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linecap=\"round\"><\/line>\n          <polygon points=\"0,-4 8,0 0,4\" fill=\"#FFB020\" transform=\"translate(164,14) rotate(-36)\"><\/polygon>\n        <\/svg>\n        <h3>LED<\/h3>\n        <p>Al conducir emite luz. El color depende del material semiconductor.<\/p>\n        <ul class=\"source-specs amber\">\n          <li>Ca\u00edda de 1.8 V a 3.3 V<\/li>\n          <li>Siempre con resistencia limitadora<\/li>\n          <li>Indicadores e iluminaci\u00f3n<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 90\" style=\"width:160px;height:72px;aspect-ratio:200\/90;margin:0 auto 12px;display:block;\">\n          <line x1=\"16\" y1=\"45\" x2=\"74\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"126\" y1=\"45\" x2=\"184\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <polygon points=\"74,24 74,66 120,45\" fill=\"#2E6FD6\"><\/polygon>\n          <path d=\"M108,16 L120,22 L120,68 L132,74\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"6\" stroke-linejoin=\"round\"><\/path>\n        <\/svg>\n        <h3>Zener<\/h3>\n        <p>Dise\u00f1ado para trabajar en inversa: mantiene fijo el voltaje al llegar a su valor.<\/p>\n        <ul class=\"source-specs\">\n          <li>Regula voltaje (ej. 5.1 V, 12 V)<\/li>\n          <li>Conduce al rev\u00e9s a prop\u00f3sito<\/li>\n          <li>Referencias y protecci\u00f3n<\/li>\n        <\/ul>\n      <\/div>\n\n      <div class=\"source-card\">\n        <svg viewBox=\"0 0 200 90\" style=\"width:160px;height:72px;aspect-ratio:200\/90;margin:0 auto 12px;display:block;\">\n          <line x1=\"16\" y1=\"45\" x2=\"74\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <line x1=\"126\" y1=\"45\" x2=\"184\" y2=\"45\" stroke=\"#8FA3B0\" stroke-width=\"4\"><\/line>\n          <polygon points=\"74,24 74,66 120,45\" fill=\"#8A5CD6\"><\/polygon>\n          <path d=\"M106,16 L112,22 L112,68 L128,68 L134,74\" fill=\"none\" stroke=\"#8A5CD6\" stroke-width=\"6\" stroke-linejoin=\"round\" transform=\"translate(8,0)\"><\/path>\n        <\/svg>\n        <h3>Schottky<\/h3>\n        <p>Conmuta muy r\u00e1pido y pierde menos energ\u00eda gracias a su baja ca\u00edda de voltaje.<\/p>\n        <ul class=\"source-specs\">\n          <li>Ca\u00edda \u2248 0.2 \u2013 0.4 V<\/li>\n          <li>Alta frecuencia<\/li>\n          <li>Fuentes conmutadas<\/li>\n        <\/ul>\n      <\/div>\n\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: BJT terminales -->\n<div class=\"modal-overlay\" id=\"bjtDefModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Terminales del transistor\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"bjtDefKicker\">TRANSISTOR NPN \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Las tres terminales<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"bjtDefModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"bjtDefSub\">Piensa en el transistor como una llave de paso: la <b>base<\/b> es la manija, y controla cu\u00e1nta corriente pasa del <b>colector<\/b> al <b>emisor<\/b>.<\/p>\n    <div class=\"circuit-card\" id=\"bjtDefCard\" style=\"--spdt:2s;\">\n      <svg id=\"bjtDefSvg\" viewBox=\"0 0 640 270\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\"><\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"bjtDefDesc\">Base sin corriente<\/span>\n        <span class=\"cc-value\" id=\"bjtDefState\">Apagado<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextBjtDef()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"bjtDefBtnLabel\">Dar corriente a la base<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\" id=\"bjtDefNote\">Con poca fuerza en la manija se controla un caudal mucho mayor. Igual el transistor: una corriente peque\u00f1a en la base gobierna una grande entre colector y emisor.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: BJT amplificaci\u00f3n -->\n<div class=\"modal-overlay\" id=\"bjtFuncModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Amplificaci\u00f3n del transistor\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"bjtFuncKicker\">TRANSISTOR NPN \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Una corriente controla a otra<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"bjtFuncModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La corriente de base (I<sub>B<\/sub>) es diminuta, pero multiplicada por la ganancia \u03b2 del transistor produce una corriente de colector (I<sub>C<\/sub>) mucho mayor. Sube la base y observa.<\/p>\n    <div class=\"circuit-card\" id=\"bjtFuncCard\" style=\"--spdb:2.6s;--spdc:2.6s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- base branch -->\n        <line x1=\"40\" y1=\"130\" x2=\"200\" y2=\"130\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"80\" y=\"118\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\">I<tspan font-size=\"9\" dy=\"3\">B<\/tspan><\/text>\n        <g><circle class=\"bbparticle\" cx=\"50\" cy=\"130\" r=\"5\" fill=\"#2E6FD6\"><\/circle><circle class=\"bbparticle\" cx=\"50\" cy=\"130\" r=\"5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spdb)*.5)\"><\/circle><\/g>\n        <!-- collector branch -->\n        <line x1=\"330\" y1=\"30\" x2=\"330\" y2=\"96\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <text x=\"256\" y=\"52\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#FFB020\">I<tspan font-size=\"10\" dy=\"3\">C<\/tspan><\/text>\n        <g id=\"bjtCFlow\">\n          <circle class=\"ccparticle\" cx=\"330\" cy=\"26\" r=\"6.5\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"ccparticle\" cx=\"330\" cy=\"26\" r=\"6.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdc)*.25)\"><\/circle>\n          <circle class=\"ccparticle\" cx=\"330\" cy=\"26\" r=\"6.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdc)*.5)\"><\/circle>\n          <circle class=\"ccparticle\" cx=\"330\" cy=\"26\" r=\"6.5\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdc)*.75)\"><\/circle>\n        <\/g>\n        <!-- transistor symbol -->\n        <line x1=\"200\" y1=\"130\" x2=\"252\" y2=\"130\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"252\" y1=\"96\" x2=\"252\" y2=\"164\" stroke=\"#0A2540\" stroke-width=\"7\"><\/line>\n        <line x1=\"252\" y1=\"112\" x2=\"330\" y2=\"96\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"252\" y1=\"148\" x2=\"330\" y2=\"164\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"330\" y1=\"164\" x2=\"330\" y2=\"220\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <polygon id=\"bjtFuncArrow\" points=\"0,-7 16,0 0,7\" fill=\"#12B886\" transform=\"translate(300,157) rotate(11.6)\"><\/polygon>\n        <line x1=\"300\" y1=\"220\" x2=\"360\" y2=\"220\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"312\" y1=\"228\" x2=\"348\" y2=\"228\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"322\" y1=\"236\" x2=\"338\" y2=\"236\" stroke=\"#5B6B79\" stroke-width=\"2.5\"><\/line>\n\n        <!-- bars -->\n        <text x=\"430\" y=\"52\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\">I<tspan font-size=\"9\" dy=\"3\">B<\/tspan><\/text>\n        <rect x=\"460\" y=\"38\" width=\"150\" height=\"18\" rx=\"4\" fill=\"#E4E9EC\"><\/rect>\n        <rect id=\"ibBar\" x=\"460\" y=\"38\" width=\"8\" height=\"18\" rx=\"4\" fill=\"#2E6FD6\"><\/rect>\n        <text id=\"ibVal\" x=\"618\" y=\"52\" text-anchor=\"end\" font-family=\"SFMono-Regular,monospace\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\">1 mA<\/text>\n\n        <text x=\"430\" y=\"104\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#B8860B\">I<tspan font-size=\"9\" dy=\"3\">C<\/tspan><\/text>\n        <rect x=\"460\" y=\"90\" width=\"150\" height=\"18\" rx=\"4\" fill=\"#E4E9EC\"><\/rect>\n        <rect id=\"icBar\" x=\"460\" y=\"90\" width=\"50\" height=\"18\" rx=\"4\" fill=\"#FFB020\"><\/rect>\n        <text id=\"icVal\" x=\"618\" y=\"104\" text-anchor=\"end\" font-family=\"SFMono-Regular,monospace\" font-size=\"12\" font-weight=\"700\" fill=\"#B8860B\">100 mA<\/text>\n\n        <text x=\"460\" y=\"150\" font-family=\"Inter,sans-serif\" font-size=\"12\" fill=\"#5B6B79\">ganancia \u03b2 = 100<\/text>\n        <text x=\"460\" y=\"176\" font-family=\"SFMono-Regular,monospace\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\" id=\"betaCalc\">I_C = \u03b2 \u00d7 I_B<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"bjtFuncDesc\">Corriente de base peque\u00f1a<\/span>\n        <span class=\"cc-value\" id=\"bjtFuncVal\">\u00d7100<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextBjtFunc()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"bjtFuncBtnLabel\">Subir la corriente de base<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Por eso se dice que el transistor amplifica: la se\u00f1al d\u00e9bil que entra por la base se reproduce mucho m\u00e1s fuerte en el colector.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: BJT modos de operaci\u00f3n -->\n<div class=\"modal-overlay\" id=\"bjtModesModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Modos de operaci\u00f3n\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"bjtModesKicker\">TRANSISTOR NPN \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Los tres modos de operaci\u00f3n<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"bjtModesModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"bjtModesSub\">Seg\u00fan cu\u00e1nta corriente reciba la base, el transistor se comporta como interruptor abierto, como amplificador, o como interruptor cerrado.<\/p>\n    <div class=\"circuit-card\" id=\"bjtModesCard\" style=\"--spdm:2.2s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- lamp as load -->\n        <circle id=\"modeLamp\" cx=\"410\" cy=\"60\" r=\"28\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/circle>\n        <line x1=\"391\" y1=\"41\" x2=\"429\" y2=\"79\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n        <line x1=\"429\" y1=\"41\" x2=\"391\" y2=\"79\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/line>\n        <line x1=\"410\" y1=\"88\" x2=\"410\" y2=\"130\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <line x1=\"410\" y1=\"32\" x2=\"410\" y2=\"16\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <text x=\"440\" y=\"22\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#5B6B79\">+V<\/text>\n\n        <!-- transistor -->\n        <line x1=\"250\" y1=\"164\" x2=\"310\" y2=\"164\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"310\" y1=\"130\" x2=\"310\" y2=\"198\" stroke=\"#0A2540\" stroke-width=\"7\"><\/line>\n        <line x1=\"310\" y1=\"146\" x2=\"410\" y2=\"130\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"310\" y1=\"182\" x2=\"410\" y2=\"198\" stroke=\"#0A2540\" stroke-width=\"5\"><\/line>\n        <line x1=\"410\" y1=\"198\" x2=\"410\" y2=\"226\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <polygon id=\"bjtModeArrow\" points=\"0,-7 16,0 0,7\" fill=\"#12B886\" transform=\"translate(372,191) rotate(9.1)\"><\/polygon>\n        <line x1=\"382\" y1=\"226\" x2=\"438\" y2=\"226\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"393\" y1=\"234\" x2=\"427\" y2=\"234\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n\n        <!-- base source -->\n        <line x1=\"150\" y1=\"164\" x2=\"250\" y2=\"164\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"150\" y=\"150\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\" id=\"bjtModeBaseLbl\">se\u00f1al de base<\/text>\n        <g id=\"modeBaseFlow\">\n          <circle class=\"mbparticle\" cx=\"158\" cy=\"164\" r=\"5\" fill=\"#2E6FD6\"><\/circle>\n          <circle class=\"mbparticle\" cx=\"158\" cy=\"164\" r=\"5\" fill=\"#2E6FD6\" style=\"animation-delay:calc(var(--spdm)*.5)\"><\/circle>\n        <\/g>\n        <!-- collector current -->\n        <g id=\"modeCFlow\">\n          <circle class=\"mcparticle\" cx=\"410\" cy=\"12\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"mcparticle\" cx=\"410\" cy=\"12\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdm)*.33)\"><\/circle>\n          <circle class=\"mcparticle\" cx=\"410\" cy=\"12\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdm)*.66)\"><\/circle>\n        <\/g>\n\n        <!-- state\u677f -->\n        <rect x=\"500\" y=\"60\" width=\"120\" height=\"120\" rx=\"10\" fill=\"#F5F7F9\" stroke=\"#E4E9EC\" stroke-width=\"2\"><\/rect>\n        <text x=\"560\" y=\"88\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">I<tspan font-size=\"8\" dy=\"2\">B<\/tspan><\/text>\n        <text id=\"modeIb\" x=\"560\" y=\"112\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"15\" font-weight=\"700\" fill=\"#2E6FD6\">0<\/text>\n        <text x=\"560\" y=\"140\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">I<tspan font-size=\"8\" dy=\"2\">C<\/tspan><\/text>\n        <text id=\"modeIc\" x=\"560\" y=\"164\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"15\" font-weight=\"700\" fill=\"#B8860B\">0<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"bjtModeDesc\">Sin corriente de base: interruptor abierto<\/span>\n        <span class=\"cc-value\" id=\"bjtModeName\">Corte<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextBjtMode()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"bjtModeBtnLabel\">Aplicar algo de corriente<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\" id=\"bjtModeNote\">En corte y saturaci\u00f3n el transistor trabaja como interruptor (electr\u00f3nica digital); en regi\u00f3n activa, como amplificador (electr\u00f3nica anal\u00f3gica).<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: BJT aplicaciones -->\n<div class=\"modal-overlay\" id=\"bjtAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones del transistor\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"bjtAppsKicker\">TRANSISTOR NPN \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve en la pr\u00e1ctica?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"bjtAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"bjtAppsSub\">Sus dos grandes talentos \u2014amplificar y conmutar\u2014 lo vuelven la pieza b\u00e1sica de casi toda la electr\u00f3nica.<\/p>\n    <div class=\"source-grid\" id=\"bjtAppsGrid\"><\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET \u2014 el campo abre el canal -->\n<div class=\"modal-overlay\" id=\"mosDefModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"El canal del MOSFET\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"mosDefKicker\">MOSFET CANAL N \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">El campo el\u00e9ctrico abre el canal<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosDefModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"mosDefSub\">La compuerta est\u00e1 separada del silicio por una capa de \u00f3xido aislante. Al aplicarle voltaje, su campo el\u00e9ctrico atrae portadores y forma un canal conductor entre drenador y fuente.<\/p>\n    <div class=\"circuit-card\" id=\"mosDefCard\" style=\"--spdm:2.4s;\">\n      <svg viewBox=\"0 0 640 285\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- silicon substrate -->\n        <rect x=\"80\" y=\"110\" width=\"480\" height=\"110\" rx=\"8\" fill=\"#D6DEE5\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/rect>\n\n        <!-- source \/ drain wells -->\n        <rect x=\"104\" y=\"110\" width=\"96\" height=\"46\" rx=\"5\" fill=\"#2E6FD6\" id=\"wellS\"><\/rect>\n        <rect x=\"440\" y=\"110\" width=\"96\" height=\"46\" rx=\"5\" fill=\"#2E6FD6\" id=\"wellD\"><\/rect>\n        <text id=\"mosLeftLbl\" x=\"152\" y=\"140\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#fff\">D<\/text>\n        <text id=\"mosRightLbl\" x=\"488\" y=\"140\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#fff\">S<\/text>\n\n        <!-- channel (appears when on) -->\n        <rect id=\"mosChannel\" x=\"200\" y=\"110\" width=\"240\" height=\"16\" fill=\"#12B886\" opacity=\"0\"><\/rect>\n        <text id=\"mosChannelLbl\" x=\"320\" y=\"100\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0E9270\" opacity=\"0\">canal conductor formado<\/text>\n\n        <!-- oxide + gate -->\n        <rect x=\"200\" y=\"78\" width=\"240\" height=\"14\" fill=\"#F2C200\" stroke=\"#C9A227\" stroke-width=\"1.5\"><\/rect>\n        <text x=\"460\" y=\"90\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#B8860B\">\u00f3xido aislante<\/text>\n        <rect x=\"200\" y=\"56\" width=\"240\" height=\"20\" rx=\"3\" fill=\"#5B6B79\"><\/rect>\n        <line x1=\"320\" y1=\"56\" x2=\"320\" y2=\"28\" stroke=\"#5B6B79\" stroke-width=\"5\"><\/line>\n        <text x=\"320\" y=\"20\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">G<\/text>\n        <text id=\"mosVg\" x=\"360\" y=\"44\" font-family=\"SFMono-Regular,monospace\" font-size=\"13\" font-weight=\"700\" fill=\"#0A2540\">Vg = 0 V<\/text>\n\n        <!-- field lines -->\n        <g id=\"mosFieldLines\" opacity=\"0\" stroke=\"#8A5CD6\" stroke-width=\"2.2\">\n          <line x1=\"240\" y1=\"94\" x2=\"240\" y2=\"112\"><\/line><polygon points=\"0,-4 8,0 0,4\" fill=\"#8A5CD6\" stroke=\"none\" transform=\"translate(240,112) rotate(90)\"><\/polygon>\n          <line x1=\"320\" y1=\"94\" x2=\"320\" y2=\"112\"><\/line><polygon points=\"0,-4 8,0 0,4\" fill=\"#8A5CD6\" stroke=\"none\" transform=\"translate(320,112) rotate(90)\"><\/polygon>\n          <line x1=\"400\" y1=\"94\" x2=\"400\" y2=\"112\"><\/line><polygon points=\"0,-4 8,0 0,4\" fill=\"#8A5CD6\" stroke=\"none\" transform=\"translate(400,112) rotate(90)\"><\/polygon>\n        <\/g>\n\n        <!-- corriente: entra por la izquierda, cruza el canal y sale por la derecha -->\n        <g id=\"mosFlow\" class=\"trace-off\">\n          <circle r=\"6\" fill=\"#FFB020\"><animateMotion dur=\"2.2s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M118,133 L200,133 L200,118 L440,118 L440,133 L522,133\"><\/animateMotion><\/circle>\n          <circle r=\"6\" fill=\"#FFB020\"><animateMotion dur=\"2.2s\" repeatCount=\"indefinite\" begin=\".73s\" path=\"M118,133 L200,133 L200,118 L440,118 L440,133 L522,133\"><\/animateMotion><\/circle>\n          <circle r=\"6\" fill=\"#FFB020\"><animateMotion dur=\"2.2s\" repeatCount=\"indefinite\" begin=\"1.46s\" path=\"M118,133 L200,133 L200,118 L440,118 L440,133 L522,133\"><\/animateMotion><\/circle>\n        <\/g>\n        <g id=\"mosFlowArrow\" class=\"trace-off\">\n          <line x1=\"250\" y1=\"246\" x2=\"380\" y2=\"246\" stroke=\"#B8860B\" stroke-width=\"3\"><\/line>\n          <polygon points=\"380,240 396,246 380,252\" fill=\"#B8860B\"><\/polygon>\n          <text id=\"mosFlowLbl\" x=\"313\" y=\"238\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" font-weight=\"700\" fill=\"#B8860B\">corriente: de D a S<\/text>\n        <\/g>\n        <text x=\"320\" y=\"270\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\" id=\"mosDefHint\">Sin voltaje en la compuerta no hay canal: no pasa corriente<\/text>\n      <\/svg>\n\n      <div class=\"cc-result\">\n        <span class=\"cc-calc\" id=\"mosDefDesc\">Compuerta sin voltaje<\/span>\n        <span class=\"cc-value\" id=\"mosDefState\">Apagado<\/span>\n      <\/div>\n\n      <button class=\"measure-btn\" onclick=\"nextMosDef()\">\n        <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n        <span id=\"mosDefBtnLabel\">Aplicar voltaje a la compuerta<\/span>\n      <\/button>\n\n      <p class=\"circuit-caption\">Por eso se llama &#8220;efecto de campo&#8221;: no es la corriente de la compuerta la que controla, sino su campo el\u00e9ctrico.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET \u2014 alta impedancia -->\n<div class=\"modal-overlay\" id=\"mosImpModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Alta impedancia\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">La compuerta es un condensador<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosImpModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La compuerta y el canal, separados por el \u00f3xido, forman un peque\u00f1o condensador. Por eso <b>no consume corriente mientras est\u00e1 encendido<\/b>: solo pide un golpe de corriente en el instante de encender y de apagar, para cargar y descargar esa capacitancia.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 265\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- osciloscopio: voltaje en la compuerta -->\n        <text x=\"165\" y=\"20\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12.5\" font-weight=\"700\" fill=\"#0A2540\">Voltaje en la compuerta<\/text>\n        <rect x=\"30\" y=\"30\" width=\"270\" height=\"180\" rx=\"8\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <line x1=\"42\" y1=\"160\" x2=\"292\" y2=\"160\" stroke=\"#12B886\" stroke-width=\"1\" opacity=\".4\" stroke-dasharray=\"4,4\"><\/line>\n        <text x=\"38\" y=\"175\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#12B886\" opacity=\".8\">0 V<\/text>\n        <line x1=\"155\" y1=\"30\" x2=\"155\" y2=\"210\" stroke=\"#8FA3B0\" stroke-width=\"1\" stroke-dasharray=\"4,4\" opacity=\".5\"><\/line>\n        <line x1=\"240\" y1=\"30\" x2=\"240\" y2=\"210\" stroke=\"#8FA3B0\" stroke-width=\"1\" stroke-dasharray=\"4,4\" opacity=\".5\"><\/line>\n        <path d=\"M42,160 H145 C152,160 150,70 165,70 H230 C242,70 238,160 250,160 H292\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\"><\/path>\n        <text x=\"197\" y=\"105\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" font-weight=\"700\" fill=\"#3FE0A5\">se queda cargada sola<\/text>\n\n        <!-- osciloscopio: corriente de la compuerta -->\n        <text x=\"475\" y=\"20\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12.5\" font-weight=\"700\" fill=\"#0A2540\">Corriente de la compuerta<\/text>\n        <rect x=\"340\" y=\"30\" width=\"270\" height=\"180\" rx=\"8\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <line x1=\"352\" y1=\"120\" x2=\"602\" y2=\"120\" stroke=\"#12B886\" stroke-width=\"1\" opacity=\".4\" stroke-dasharray=\"4,4\"><\/line>\n        <text x=\"348\" y=\"135\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#12B886\" opacity=\".8\">0 mA<\/text>\n        <line x1=\"465\" y1=\"30\" x2=\"465\" y2=\"210\" stroke=\"#8FA3B0\" stroke-width=\"1\" stroke-dasharray=\"4,4\" opacity=\".5\"><\/line>\n        <line x1=\"550\" y1=\"30\" x2=\"550\" y2=\"210\" stroke=\"#8FA3B0\" stroke-width=\"1\" stroke-dasharray=\"4,4\" opacity=\".5\"><\/line>\n        <path d=\"M352,120 H460 L465,48 L474,120 H545 L550,192 L559,120 H602\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"3\" stroke-linejoin=\"round\"><\/path>\n        <text x=\"465\" y=\"42\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" font-weight=\"700\" fill=\"#FFB020\">pico al encender<\/text>\n        <text x=\"556\" y=\"207\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" font-weight=\"700\" fill=\"#FFB020\">pico al apagar<\/text>\n        <text x=\"508\" y=\"94\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" font-weight=\"700\" fill=\"#8FA3B0\">0 mA mientras conduce<\/text>\n\n        <!-- marcas de tiempo -->\n        <text x=\"155\" y=\"230\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#5B6B79\">enciende<\/text>\n        <text x=\"240\" y=\"230\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#5B6B79\">apaga<\/text>\n        <text x=\"465\" y=\"230\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#5B6B79\">enciende<\/text>\n        <text x=\"550\" y=\"230\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#5B6B79\">apaga<\/text>\n        <text x=\"320\" y=\"255\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">El voltaje se mantiene solo; la corriente aparece \u00fanicamente en los cambios<\/text>\n      <\/svg>\n\n      <div class=\"smd-sys\" style=\"margin-top:4px;\">\n        <div class=\"smd-card\">\n          <b>Solo consume al conmutar<\/b>\n          <p>Mantener el MOSFET encendido no cuesta corriente. El golpe aparece solo al cargar o descargar la compuerta.<\/p>\n          <span>por eso se mide su carga (Qg)<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Resistencia en serie<\/b>\n          <p>De 100 \u03a9 a 1 k\u03a9 entre el control y la compuerta: limita ese pico y protege al circuito que la maneja.<\/p>\n          <span>adem\u00e1s reduce el ruido el\u00e9ctrico<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Nunca la dejes flotando<\/b>\n          <p>Sin una resistencia que la fije, la compuerta guarda carga y el MOSFET puede encender solo, de forma err\u00e1tica.<\/p>\n          <span>a tierra en canal N, al positivo en canal P<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Cuidado con la est\u00e1tica<\/b>\n          <p>El \u00f3xido es delgad\u00edsimo. Suele soportar unos \u00b120 V entre compuerta y surtidor, y la est\u00e1tica lo puede perforar.<\/p>\n          <span>maneja la placa con pulsera antiest\u00e1tica<\/span>\n        <\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\">En resumen: el MOSFET se controla con <b>voltaje<\/b>, no con corriente. Esa corriente que ves en los picos es solo la que llena y vac\u00eda el condensador de la compuerta.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET vs BJT -->\n<div class=\"modal-overlay\" id=\"mosVsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"MOSFET vs BJT\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"mosVsKicker\">MOSFET CANAL N \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">MOSFET frente al BJT<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosVsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Los dos conmutan y amplifican, pero no de la misma forma. Estas diferencias explican por qu\u00e9 el MOSFET domina la electr\u00f3nica moderna.<\/p>\n    <div class=\"circuit-card\">\n      <div class=\"tbl-wrap\" style=\"box-shadow:none;\">\n        <table class=\"comp-table\">\n          <thead><tr><th>Caracter\u00edstica<\/th><th>BJT<\/th><th>MOSFET<\/th><\/tr><\/thead>\n          <tbody>\n            <tr><td>Se controla con<\/td><td>Corriente de base<\/td><td>Voltaje de compuerta<\/td><\/tr>\n            <tr><td>Consumo de control<\/td><td>Mil\u00e9simas de amperio<\/td><td>Pr\u00e1cticamente cero<\/td><\/tr>\n            <tr><td>Velocidad<\/td><td>Buena<\/td><td>Muy alta<\/td><\/tr>\n            <tr><td>P\u00e9rdidas al conducir<\/td><td>Ca\u00edda fija \u2248 0.2 V<\/td><td>Resistencia muy baja<\/td><\/tr>\n            <tr><td>Integraci\u00f3n en chips<\/td><td>Limitada<\/td><td>Alt\u00edsima (CMOS)<\/td><\/tr>\n            <tr><td>Sensible a est\u00e1tica<\/td><td>Poco<\/td><td>S\u00ed, hay que manejarlo con cuidado<\/td><\/tr>\n          <\/tbody>\n        <\/table>\n      <\/div>\n      <p class=\"circuit-caption\">Por su baj\u00edsimo consumo y su facilidad de integraci\u00f3n, pr\u00e1cticamente todos los procesadores y memorias actuales est\u00e1n hechos de MOSFET.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET aplicaciones -->\n<div class=\"modal-overlay\" id=\"mosAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones del MOSFET\">\n    <div class=\"modal-head\">\n      <div>\n        <div class=\"kicker\" id=\"mosAppsKicker\">MOSFET CANAL N \u00b7 VENTANA EXTRA<\/div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve en la pr\u00e1ctica?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"mosAppsSub\">Su velocidad y su control por voltaje lo vuelven ideal tanto para manejar potencia como para construir circuitos digitales.<\/p>\n    <div class=\"source-grid\" id=\"mosAppsGrid\"><\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: ejemplo real de cada compuerta -->\n<div class=\"modal-overlay\" id=\"exampleModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Ejemplo real\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 id=\"exTitle\" style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Ejemplo real<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"exampleModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"exSub\"><\/p>\n    <div class=\"circuit-card\" style=\"--spdx:1.6s;\">\n      <svg id=\"exSvg\" viewBox=\"0 0 640 230\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\"><\/svg>\n\n      <div class=\"gt-play\" style=\"margin:6px 0 0;\">\n        <span class=\"gt-hint\">Cambia las entradas y observa el resultado:<\/span>\n        <div class=\"gt-toggles\">\n          <button class=\"gt-toggle dv-pick\" id=\"ex-b1\" onclick=\"toggleEx('a')\">\n            <span class=\"gt-name\">A<\/span><span class=\"gt-val\">0<\/span>\n          <\/button>\n          <button class=\"gt-toggle dv-pick\" id=\"ex-b2\" onclick=\"toggleEx('b')\">\n            <span class=\"gt-name\">B<\/span><span class=\"gt-val\">0<\/span>\n          <\/button>\n        <\/div>\n        <div class=\"gt-arrow\">\u2192<\/div>\n        <div class=\"ax-badge\" id=\"ex-badge\"><span id=\"ex-state\">\u2014<\/span><\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\" id=\"ex-desc\"><\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: simulaci\u00f3n del comparador -->\n<div class=\"modal-overlay\" id=\"cmpSimModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Simulaci\u00f3n del comparador\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">El comparador en acci\u00f3n<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"cmpSimModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Mueve el voltaje de entrada y comp\u00e1ralo con la referencia. No importa qu\u00e9 tan peque\u00f1a sea la diferencia: la salida solo puede estar <b>ALTA<\/b> o <b>BAJA<\/b>, nunca a medias.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- comparator body -->\n        <polygon points=\"250,58 250,182 360,120\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"3\"><\/polygon>\n        <text x=\"272\" y=\"96\" font-family=\"Inter,sans-serif\" font-size=\"20\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"272\" y=\"162\" font-family=\"Inter,sans-serif\" font-size=\"24\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n\n        <!-- inputs -->\n        <line x1=\"120\" y1=\"88\" x2=\"250\" y2=\"88\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"120\" y1=\"152\" x2=\"250\" y2=\"152\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"112\" y=\"80\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#2E6FD6\">V+ (se\u00f1al)<\/text>\n        <text id=\"cmpVinTxt\" x=\"112\" y=\"98\" text-anchor=\"end\" font-family=\"SFMono-Regular,monospace\" font-size=\"15\" font-weight=\"700\" fill=\"#2E6FD6\">2.00 V<\/text>\n        <text x=\"112\" y=\"144\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#B8860B\">V\u2212 (referencia)<\/text>\n        <text id=\"cmpRefTxtV\" x=\"112\" y=\"162\" text-anchor=\"end\" font-family=\"SFMono-Regular,monospace\" font-size=\"15\" font-weight=\"700\" fill=\"#B8860B\">2.50 V<\/text>\n\n        <!-- output -->\n        <line x1=\"360\" y1=\"120\" x2=\"430\" y2=\"120\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"396\" y=\"108\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#5B6B79\">OUT<\/text>\n        <rect id=\"cmpOutBox\" x=\"430\" y=\"90\" width=\"150\" height=\"60\" rx=\"10\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/rect>\n        <text id=\"cmpOutTxt\" x=\"505\" y=\"128\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"19\" font-weight=\"700\" fill=\"#5B6B79\">BAJO<\/text>\n        <text id=\"cmpOutV\" x=\"505\" y=\"172\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"13\" font-weight=\"700\" fill=\"#5B6B79\">0 V<\/text>\n\n        <!-- threshold gauge -->\n        <text x=\"60\" y=\"212\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">0 V<\/text>\n        <rect x=\"90\" y=\"200\" width=\"460\" height=\"16\" rx=\"8\" fill=\"#E4E9EC\"><\/rect>\n        <rect id=\"cmpBar\" x=\"90\" y=\"200\" width=\"184\" height=\"16\" rx=\"8\" fill=\"#2E6FD6\"><\/rect>\n        <line id=\"cmpRefLine\" x1=\"320\" y1=\"192\" x2=\"320\" y2=\"224\" stroke=\"#B8860B\" stroke-width=\"3\"><\/line>\n        <text x=\"560\" y=\"212\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">5 V<\/text>\n        <text id=\"cmpRefTxt\" x=\"320\" y=\"240\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#B8860B\">umbral<\/text>\n      <\/svg>\n\n      <div class=\"cmp-controls\">\n        <label class=\"cmp-slider\">\n          <span>Se\u00f1al de entrada (V+) <b id=\"cmpVinVal\">2.00 V<\/b><\/span>\n          <input type=\"range\" id=\"cmpVinRange\" min=\"0\" max=\"5\" step=\"0.05\" value=\"2\" oninput=\"onCmpSlider()\">\n        <\/label>\n        <label class=\"cmp-slider\">\n          <span>Referencia (V\u2212) <b id=\"cmpRefVal\">2.50 V<\/b><\/span>\n          <input type=\"range\" id=\"cmpRefRange\" min=\"0\" max=\"5\" step=\"0.05\" value=\"2.5\" oninput=\"onCmpSlider()\">\n        <\/label>\n        <div class=\"cmp-auto\">\n          <button class=\"measure-btn\" id=\"cmpAutoBtn\" onclick=\"toggleCmpAuto()\">\n            <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n            <span id=\"cmpAutoLbl\">Se\u00f1al autom\u00e1tica<\/span>\n          <\/button>\n          <div class=\"ax-badge\" id=\"cmpBadge\"><span id=\"cmpBadgeTxt\">SALIDA BAJA<\/span><\/div>\n        <\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\" id=\"cmpNote\">V+ est\u00e1 por debajo del umbral: la salida se mantiene en bajo.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: ejemplo real del comparador -->\n<div class=\"modal-overlay\" id=\"cmpExModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Ejemplo real del comparador\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Ejemplo real: control de temperatura<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"cmpExModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Un sensor entrega un voltaje proporcional a la temperatura. El comparador lo enfrenta contra la referencia del termostato y enciende el ventilador cuando se pasa del l\u00edmite.<\/p>\n    <div class=\"circuit-card\" id=\"cmpExCard\" style=\"--spdx:1.5s;\">\n      <svg viewBox=\"0 0 640 250\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <!-- thermometer -->\n        <rect x=\"46\" y=\"40\" width=\"26\" height=\"130\" rx=\"13\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"><\/rect>\n        <circle cx=\"59\" cy=\"182\" r=\"20\" fill=\"#D64545\"><\/circle>\n        <rect id=\"cmpTempFill\" x=\"51\" y=\"120\" width=\"16\" height=\"50\" fill=\"#D64545\"><\/rect>\n        <text id=\"cmpTempTxt\" x=\"100\" y=\"70\" font-family=\"SFMono-Regular,monospace\" font-size=\"18\" font-weight=\"700\" fill=\"#D64545\">24 \u00b0C<\/text>\n        <text x=\"100\" y=\"90\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">sensor<\/text>\n\n        <!-- comparator -->\n        <line x1=\"150\" y1=\"92\" x2=\"250\" y2=\"92\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"148\" x2=\"250\" y2=\"148\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <text x=\"200\" y=\"84\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#D64545\">sensor<\/text>\n        <text x=\"200\" y=\"168\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#B8860B\">l\u00edmite 28 \u00b0C<\/text>\n        <polygon points=\"250,62 250,178 350,120\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"3\"><\/polygon>\n        <text x=\"270\" y=\"100\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n        <text x=\"270\" y=\"158\" font-family=\"Inter,sans-serif\" font-size=\"22\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n\n        <!-- fan -->\n        <line x1=\"350\" y1=\"120\" x2=\"440\" y2=\"120\" stroke=\"#5B6B79\" stroke-width=\"4\"><\/line>\n        <circle id=\"cmpFan\" cx=\"492\" cy=\"120\" r=\"44\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"><\/circle>\n        <g id=\"cmpFanBlades\" style=\"transform-origin:492px 120px;\">\n          <path d=\"M492,120 C492,96 508,88 516,100 C524,112 510,120 492,120Z\" fill=\"#8FA3B0\"><\/path>\n          <path d=\"M492,120 C512,132 512,150 498,150 C484,150 484,134 492,120Z\" fill=\"#8FA3B0\"><\/path>\n          <path d=\"M492,120 C472,132 456,124 462,111 C468,98 482,108 492,120Z\" fill=\"#8FA3B0\"><\/path>\n        <\/g>\n        <text x=\"492\" y=\"184\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" font-weight=\"700\" fill=\"#5B6B79\">ventilador<\/text>\n\n        <g id=\"cmpExFlow\" class=\"trace-off\">\n          <circle class=\"axp\" cx=\"360\" cy=\"120\" r=\"6\" fill=\"#FFB020\"><\/circle>\n          <circle class=\"axp\" cx=\"360\" cy=\"120\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdx)*.5)\"><\/circle>\n        <\/g>\n      <\/svg>\n\n      <div class=\"gt-play\" style=\"margin:6px 0 0;\">\n        <span class=\"gt-hint\">Cambia la temperatura del ambiente:<\/span>\n        <div class=\"gt-toggles\">\n          <button class=\"gt-toggle dv-pick\" onclick=\"stepTemp(-2)\"><span class=\"gt-val\">\u2212 2 \u00b0C<\/span><\/button>\n          <button class=\"gt-toggle dv-pick\" onclick=\"stepTemp(2)\"><span class=\"gt-val\">+ 2 \u00b0C<\/span><\/button>\n        <\/div>\n        <div class=\"gt-arrow\">\u2192<\/div>\n        <div class=\"ax-badge\" id=\"cmpExBadge\"><span id=\"cmpExState\">APAGADO<\/span><\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\" id=\"cmpExNote\">24 \u00b0C est\u00e1 por debajo del l\u00edmite: el ventilador permanece apagado.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET canal N \u2014 voltaje necesario en el gate -->\n<div class=\"modal-overlay\" id=\"mosGateModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Voltaje en el gate\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPor qu\u00e9 el gate necesita 26 V para pasar 20 V?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosGateModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <div class=\"gate-quote\">Lo que necesita para que conduzca de drenador a surtidor es un voltaje m\u00e1s alto de lo que va a pasar. Esto es: si vamos a pasar <b>20 volts<\/b>, necesitamos <b>26 volts en el gate<\/b> para que cierre y conduzca por el canal.<\/div>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 290\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <text x=\"190\" y=\"18\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"800\" fill=\"#4A5560\">MOSFET CANAL <tspan fill=\"#E8472B\" text-decoration=\"underline\">N<\/tspan><\/text>\n\n        <!-- flecha roja: lo que va a circular de D a S -->\n        <line x1=\"50\" y1=\"46\" x2=\"300\" y2=\"46\" stroke=\"#E8472B\" stroke-width=\"6\" stroke-linecap=\"round\"><\/line>\n        <polygon points=\"298,34 322,46 298,58\" fill=\"#E8472B\"><\/polygon>\n\n        <!-- canal formado (aparece al aplicar voltaje al gate) -->\n        <line id=\"mg2Channel\" x1=\"138\" y1=\"160\" x2=\"242\" y2=\"160\" stroke=\"#12B886\" stroke-width=\"7\" opacity=\"0\"><\/line>\n        <!-- \u00f3xido -->\n        <rect x=\"138\" y=\"163\" width=\"104\" height=\"6\" fill=\"#F2C200\" opacity=\".8\"><\/rect>\n\n        <!-- drenador -->\n        <circle cx=\"60\" cy=\"120\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"60\" y=\"102\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">D<\/text>\n        <line x1=\"67\" y1=\"120\" x2=\"150\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <!-- diodo interno -->\n        <polyline points=\"150,120 150,76 176,76\" fill=\"none\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/polyline>\n        <polygon points=\"178,76 202,64 202,88\" fill=\"#0A2540\"><\/polygon>\n        <line x1=\"176\" y1=\"63\" x2=\"176\" y2=\"89\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <polyline points=\"202,76 230,76 230,120\" fill=\"none\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/polyline>\n        <text x=\"190\" y=\"58\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" fill=\"#5B6B79\">diodo interno<\/text>\n        <!-- canal en tres segmentos -->\n        <line x1=\"150\" y1=\"120\" x2=\"150\" y2=\"158\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"138\" y1=\"160\" x2=\"162\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"190\" y1=\"120\" x2=\"190\" y2=\"146\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <polygon points=\"183,145 197,145 190,157\" fill=\"#0A2540\"><\/polygon>\n        <line x1=\"178\" y1=\"160\" x2=\"202\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"230\" y1=\"120\" x2=\"230\" y2=\"158\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"218\" y1=\"160\" x2=\"242\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"190\" y1=\"120\" x2=\"230\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <!-- surtidor -->\n        <line x1=\"230\" y1=\"120\" x2=\"313\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <circle cx=\"320\" cy=\"120\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"320\" y=\"102\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">S<\/text>\n        <!-- gate -->\n        <line x1=\"145\" y1=\"174\" x2=\"235\" y2=\"174\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"235\" y1=\"174\" x2=\"235\" y2=\"205\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <circle cx=\"235\" cy=\"212\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"254\" y=\"218\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">G<\/text>\n\n        <!-- corriente de D a S a trav\u00e9s del canal -->\n        <g id=\"mg2Slow\" class=\"trace-off\">\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"3.4s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"3.4s\" repeatCount=\"indefinite\" begin=\"1.7s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n        <\/g>\n        <g id=\"mg2Fast\" class=\"trace-off\">\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\".35s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\".7s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\"1.05s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n        <\/g>\n\n        <!-- flecha verde hacia el gate -->\n        <g id=\"mg2GreenArrow\" opacity=\".25\">\n          <rect x=\"226\" y=\"248\" width=\"18\" height=\"38\" fill=\"#6BBF4E\"><\/rect>\n          <polygon points=\"214,250 235,226 256,250\" fill=\"#6BBF4E\"><\/polygon>\n          <text x=\"268\" y=\"256\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"800\" fill=\"#6BBF4E\">UN VOLTAJE MAYOR<\/text>\n          <text x=\"268\" y=\"276\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"800\" fill=\"#6BBF4E\">DEL QUE VA A CIRCULAR<\/text>\n        <\/g>\n\n        <!-- valores -->\n        <g font-family=\"Inter,sans-serif\" font-weight=\"800\" fill=\"#1F3FD6\">\n          <text x=\"462\" y=\"112\" font-size=\"30\">D-S<\/text>\n          <text x=\"628\" y=\"112\" font-size=\"30\" text-anchor=\"end\">20.0 V<\/text>\n          <text x=\"490\" y=\"164\" font-size=\"30\" text-anchor=\"middle\">G<\/text>\n          <text id=\"mg2G\" x=\"628\" y=\"164\" font-size=\"30\" text-anchor=\"end\">0 V<\/text>\n        <\/g>\n        <line x1=\"462\" y1=\"186\" x2=\"628\" y2=\"186\" stroke=\"#E4E9EC\" stroke-width=\"2\"><\/line>\n        <text x=\"462\" y=\"214\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#5B6B79\">sale por S<\/text>\n        <text id=\"mg2S\" x=\"628\" y=\"214\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"800\" fill=\"#B8860B\">0 V<\/text>\n      <\/svg>\n\n      <div class=\"gt-play\" style=\"margin:6px 0 0;\">\n        <span class=\"gt-hint\">Elige el voltaje que le aplicas al gate (pasan 20.0 V de D a S):<\/span>\n        <div class=\"gt-toggles\">\n          <button class=\"gt-toggle dv-pick mg-pick\" onclick=\"setMosGate(0)\"><span class=\"gt-val\">0 V<\/span><\/button>\n          <button class=\"gt-toggle dv-pick mg-pick\" onclick=\"setMosGate(1)\"><span class=\"gt-val\">20 V<\/span><\/button>\n          <button class=\"gt-toggle dv-pick mg-pick\" onclick=\"setMosGate(2)\"><span class=\"gt-val\">26 V<\/span><\/button>\n        <\/div>\n        <div class=\"gt-arrow\">\u2192<\/div>\n        <div class=\"ax-badge\" id=\"mgBadge\"><span id=\"mgState\">APAGADO<\/span><\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\" id=\"mgNote\"><\/p>\n      <p class=\"circuit-caption\" style=\"margin-top:6px;\"><b>Ejemplo real en laptop:<\/b> el cargador entrega 19 V, as\u00ed que el gate necesita unos 25 V. Es siempre la misma regla: unos <b>6 V m\u00e1s<\/b> de lo que va a circular.<\/p>\n      <p class=\"circuit-caption\" style=\"margin-top:4px;\"><b>Nota:<\/b> esto sucede cuando el MOSFET canal N va arriba de la carga (lado alto), como en muchas fuentes de laptop. Por eso ah\u00ed se usan circuitos que elevan el voltaje del gate por encima de la alimentaci\u00f3n.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: MOSFET canal P \u2014 voltaje necesario en el gate -->\n<div class=\"modal-overlay\" id=\"mosGatePModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Voltaje en el gate del canal P\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Canal P: el gate necesita menos de la mitad<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosGatePModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <div class=\"gate-quote\">En el canal P es al rev\u00e9s que en el canal N: <b>necesitamos menos de la mitad para que conduzca<\/b>. Si van a pasar <b>20 volts<\/b>, el gate debe bajar a <b>menos de 10 volts<\/b>.<\/div>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 300\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <text x=\"190\" y=\"18\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"17\" font-weight=\"800\" fill=\"#4A5560\">MOSFET CANAL <tspan fill=\"#E8472B\" text-decoration=\"underline\">P<\/tspan><\/text>\n\n        <!-- flecha roja: lo que va a circular de S a D -->\n        <line x1=\"50\" y1=\"46\" x2=\"300\" y2=\"46\" stroke=\"#E8472B\" stroke-width=\"6\" stroke-linecap=\"round\"><\/line>\n        <polygon points=\"298,34 322,46 298,58\" fill=\"#E8472B\"><\/polygon>\n\n        <!-- canal formado -->\n        <line id=\"mgPChannel\" x1=\"138\" y1=\"160\" x2=\"242\" y2=\"160\" stroke=\"#12B886\" stroke-width=\"7\" opacity=\"0\"><\/line>\n        <rect x=\"138\" y=\"163\" width=\"104\" height=\"6\" fill=\"#F2C200\" opacity=\".8\"><\/rect>\n\n        <!-- surtidor (entrada, a la izquierda) -->\n        <circle cx=\"60\" cy=\"120\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"60\" y=\"102\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">S<\/text>\n        <line x1=\"67\" y1=\"120\" x2=\"150\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <!-- diodo interno: \u00e1nodo en D, c\u00e1todo en S -->\n        <polyline points=\"150,120 150,76 176,76\" fill=\"none\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/polyline>\n        <polygon points=\"178,76 202,64 202,88\" fill=\"#0A2540\"><\/polygon>\n        <line x1=\"176\" y1=\"63\" x2=\"176\" y2=\"89\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <polyline points=\"202,76 230,76 230,120\" fill=\"none\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/polyline>\n        <text x=\"190\" y=\"58\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"9.5\" fill=\"#5B6B79\">diodo interno<\/text>\n        <!-- canal: el sustrato va unido al surtidor y la flecha apunta hacia afuera (canal P) -->\n        <line x1=\"150\" y1=\"120\" x2=\"150\" y2=\"158\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"138\" y1=\"160\" x2=\"162\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"150\" y1=\"120\" x2=\"190\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"190\" y1=\"120\" x2=\"190\" y2=\"158\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <polygon points=\"183,142 197,142 190,129\" fill=\"#0A2540\"><\/polygon>\n        <line x1=\"178\" y1=\"160\" x2=\"202\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"230\" y1=\"120\" x2=\"230\" y2=\"158\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"218\" y1=\"160\" x2=\"242\" y2=\"160\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <!-- drenador (salida, a la derecha) -->\n        <line x1=\"230\" y1=\"120\" x2=\"313\" y2=\"120\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <circle cx=\"320\" cy=\"120\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"320\" y=\"102\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">D<\/text>\n        <!-- gate -->\n        <line x1=\"145\" y1=\"174\" x2=\"235\" y2=\"174\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"235\" y1=\"174\" x2=\"235\" y2=\"205\" stroke=\"#0A2540\" stroke-width=\"3.5\"><\/line>\n        <circle cx=\"235\" cy=\"212\" r=\"7\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"3\"><\/circle>\n        <text x=\"254\" y=\"218\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"#0A2540\">G<\/text>\n\n        <!-- corriente de S a D -->\n        <g id=\"mgPSlow\" class=\"trace-off\">\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"3.4s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"3.4s\" repeatCount=\"indefinite\" begin=\"1.7s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n        <\/g>\n        <g id=\"mgPFast\" class=\"trace-off\">\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\"0s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\".35s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\".7s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n          <circle r=\"5.5\" fill=\"#FFB020\"><animateMotion dur=\"1.4s\" repeatCount=\"indefinite\" begin=\"1.05s\" path=\"M67,120 L150,120 L150,160 L230,160 L230,120 L313,120\"><\/animateMotion><\/circle>\n        <\/g>\n\n        <!-- flecha verde hacia abajo: el gate baja -->\n        <g id=\"mgPGreenArrow\" opacity=\".25\">\n          <rect x=\"226\" y=\"248\" width=\"18\" height=\"38\" fill=\"#6BBF4E\"><\/rect>\n          <polygon points=\"214,250 235,226 256,250\" fill=\"#6BBF4E\"><\/polygon>\n          <text x=\"268\" y=\"256\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"800\" fill=\"#6BBF4E\">UN VOLTAJE MENOR<\/text>\n          <text x=\"268\" y=\"276\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"800\" fill=\"#6BBF4E\">DEL QUE VA A CIRCULAR<\/text>\n        <\/g>\n\n        <!-- valores -->\n        <g font-family=\"Inter,sans-serif\" font-weight=\"800\" fill=\"#1F3FD6\">\n          <text x=\"462\" y=\"112\" font-size=\"30\">S-D<\/text>\n          <text x=\"628\" y=\"112\" font-size=\"30\" text-anchor=\"end\">20.0 V<\/text>\n          <text x=\"490\" y=\"164\" font-size=\"30\" text-anchor=\"middle\">G<\/text>\n          <text id=\"mgPG\" x=\"628\" y=\"164\" font-size=\"30\" text-anchor=\"end\">8.0 V<\/text>\n        <\/g>\n        <text x=\"462\" y=\"190\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" font-weight=\"700\" fill=\"#5B6B79\">la mitad de 20 V = 10 V<\/text>\n        <line x1=\"462\" y1=\"202\" x2=\"628\" y2=\"202\" stroke=\"#E4E9EC\" stroke-width=\"2\"><\/line>\n        <text x=\"462\" y=\"230\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#5B6B79\">sale por D<\/text>\n        <text id=\"mgPD\" x=\"628\" y=\"230\" text-anchor=\"end\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"800\" fill=\"#B8860B\">0 V<\/text>\n      <\/svg>\n\n      <div class=\"gt-play\" style=\"margin:6px 0 0;\">\n        <span class=\"gt-hint\">Elige el voltaje que le aplicas al gate (entran 20.0 V por S):<\/span>\n        <div class=\"gt-toggles\">\n          <button class=\"gt-toggle dv-pick mgp-pick\" onclick=\"setMosGateP(0)\"><span class=\"gt-val\">20 V<\/span><\/button>\n          <button class=\"gt-toggle dv-pick mgp-pick\" onclick=\"setMosGateP(1)\"><span class=\"gt-val\">8.0 V<\/span><\/button>\n        <\/div>\n        <div class=\"gt-arrow\">\u2192<\/div>\n        <div class=\"ax-badge\" id=\"mgPBadge\"><span id=\"mgPState\">APAGADO<\/span><\/div>\n      <\/div>\n\n      <p class=\"circuit-caption\" id=\"mgPNote\"><\/p>\n      <p class=\"circuit-caption\" style=\"margin-top:6px;\"><b>Comparaci\u00f3n:<\/b> en el canal N el gate va <b>m\u00e1s alto<\/b> que lo que circula (20 V \u2192 26 V). En el canal P va <b>m\u00e1s bajo<\/b>, menos de la mitad (20 V \u2192 8.0 V).<\/p>\n      <p class=\"circuit-caption\" style=\"margin-top:4px;\"><b>Nota:<\/b> el canal P empieza a conducir en cuanto el gate queda unos volts por debajo del surtidor. Bajarlo a menos de la mitad asegura que conduzca por completo, sin calentarse.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: aplicaciones de la resistencia -->\n<div class=\"modal-overlay\" id=\"resAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones de la resistencia\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve una resistencia?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"resAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Es el componente m\u00e1s usado de toda la electr\u00f3nica. Estos son sus cuatro trabajos m\u00e1s comunes dentro de un circuito.<\/p>\n    <div class=\"source-grid\" id=\"resAppsGrid\"><\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: comparador vs amplificador operacional -->\n<div class=\"modal-overlay\" id=\"cmpVsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Comparador vs amplificador operacional\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Comparador o amplificador operacional<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"cmpVsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Por dentro se parecen, pero se usan al rev\u00e9s. Con la misma se\u00f1al de entrada (\u00e1mbar), mira qu\u00e9 sale de cada uno (verde).<\/p>\n    <div class=\"circuit-card\">\n      <svg id=\"cmpVsSvg\" viewBox=\"0 0 640 240\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\"><\/svg>\n      <div class=\"smd-sys\" style=\"margin-top:14px;\">\n        <div class=\"smd-card\">\n          <b>Realimentaci\u00f3n<\/b>\n          <p>El operacional devuelve parte de la salida a su entrada para controlarse; el comparador trabaja sin ella.<\/p>\n          <span>por eso uno amplifica y el otro conmuta<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Salida<\/b>\n          <p>El operacional entrega cualquier valor intermedio; el comparador solo dos estados: alto o bajo.<\/p>\n          <span>una es anal\u00f3gica, la otra digital<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Velocidad<\/b>\n          <p>El comparador est\u00e1 hecho para saltar entre estados lo m\u00e1s r\u00e1pido posible, sin importar la forma de la se\u00f1al.<\/p>\n          <span>cambia en microsegundos<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>\u00bfSe pueden intercambiar?<\/b>\n          <p>Un operacional puede hacer de comparador si se usa sin realimentaci\u00f3n, pero ser\u00e1 m\u00e1s lento.<\/p>\n          <span>al rev\u00e9s no funciona bien<\/span>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: aplicaciones del comparador -->\n<div class=\"modal-overlay\" id=\"cmpAppsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Aplicaciones del comparador\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">\u00bfPara qu\u00e9 sirve un comparador?<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"cmpAppsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Siempre hace lo mismo \u2014decidir cu\u00e1l de dos voltajes es mayor\u2014 pero eso sirve para muchas cosas distintas.<\/p>\n    <div class=\"source-grid\" id=\"cmpAppsGrid\"><\/div>\n    <button class=\"measure-btn gt-example-btn\" onclick=\"closeModal('cmpAppsModal'); openCmpEx();\">\n      <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"><\/path><\/svg>\n      <span>Ver un ejemplo real: control de temperatura<\/span>\n    <\/button>\n  <\/div>\n<\/div>\n\n<div class=\"marca-agua\" id=\"marcaAgua\" aria-hidden=\"true\"><\/div>\n\n<!-- MODAL: tabla de verdad de cada compuerta -->\n<div class=\"modal-overlay\" id=\"gateModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Tabla de verdad\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 id=\"gateTitle\" style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Compuerta<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"gateModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"gateSub\"><\/p>\n    <div class=\"circuit-card\" id=\"gateBody\"><\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: datasheet y encapsulado del MOSFET -->\n<div class=\"modal-overlay\" id=\"mosDsModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Datasheet del MOSFET\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 id=\"mosDsTitle\" style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Datasheet<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosDsModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\" id=\"mosDsSub\"><\/p>\n    <div class=\"circuit-card\">\n      <div class=\"ds-wrap\">\n        <svg id=\"mosDsSvg\" viewBox=\"0 0 360 280\" class=\"ds-pkg\"><\/svg>\n        <table class=\"comp-table pro ds-table\">\n          <thead><tr><th>Dato<\/th><th>Qu\u00e9 significa<\/th><th>Qu\u00e9 revisar<\/th><\/tr><\/thead>\n          <tbody id=\"mosDsRows\"><\/tbody>\n        <\/table>\n      <\/div>\n      <div id=\"mosDsEj\"><\/div>\n      <p class=\"circuit-caption\">Para reemplazarlo busca uno con el <b>mismo o mayor V<sub>DS<\/sub><\/b>, la misma o m\u00e1s corriente y una <b>R<sub>DS(on)<\/sub> igual o menor<\/b>. Y siempre del mismo canal: un canal N no sustituye a un canal P.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: patillaje del MOSFET doble canal -->\n<div class=\"modal-overlay\" id=\"mosDualModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Patillaje del doble canal\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Patillaje del MOSFET doble<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosDualModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Es el reparto est\u00e1ndar del SO-8 doble: cada transistor recibe su compuerta y su surtidor en un pin, y los drenadores se llevan dos pines cada uno para soportar la corriente.<\/p>\n    <div class=\"circuit-card\">\n      <div class=\"ds-wrap\">\n        <svg id=\"mosDualSvg\" viewBox=\"0 0 360 280\" class=\"ds-pkg\"><\/svg>\n        <div class=\"dual-info\">\n          <div class=\"smd-card\">\n            <b>Transistor 1 (Q1)<\/b>\n            <p>Surtidor en el pin 1, compuerta en el pin 2 y drenador repartido en los pines 7 y 8.<\/p>\n            <span>S1 \u00b7 G1 \u00b7 D1 D1<\/span>\n          <\/div>\n          <div class=\"smd-card\">\n            <b>Transistor 2 (Q2)<\/b>\n            <p>Surtidor en el pin 3, compuerta en el pin 4 y drenador en los pines 5 y 6.<\/p>\n            <span>S2 \u00b7 G2 \u00b7 D2 D2<\/span>\n          <\/div>\n          <div class=\"smd-card\">\n            <b>No lo confundas con el sencillo<\/b>\n            <p>En uno de un solo MOSFET los pines 1, 2 y 3 son todos surtidor y el 4 la compuerta. Aqu\u00ed no: el 2 y el 4 son compuertas distintas.<\/p>\n            <span>mide siempre antes de concluir<\/span>\n          <\/div>\n          <div class=\"smd-card\">\n            <b>Ejemplo real: AO4800<\/b>\n            <p>Dos canal N de 30 V en un SOIC-8, con 27 m\u03a9 por transistor. El FDS6982 es otro cl\u00e1sico, vendido justo como MOSFET para fuente de notebook.<\/p>\n            <span>AO4800 \u00b7 FDS6982<\/span>\n          <\/div>\n          <div class=\"smd-card\">\n            <b>Al probarlo<\/b>\n            <p>Revisa cada mitad por separado, en modo diodo entre su propio drenador y surtidor. Un transistor puede estar bueno y el otro en corto.<\/p>\n            <span>son independientes<\/span>\n          <\/div>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: d\u00f3nde se usa el doble canal -->\n<div class=\"modal-overlay\" id=\"mosDualAppModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Uso del doble canal\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">D\u00f3nde se usa el doble canal<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"mosDualAppModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">En la fuente conmutada de una laptop: los dos MOSFET se turnan para generar cada riel de la placa a partir de los 19 V del cargador.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 640 260\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <text x=\"120\" y=\"22\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12.5\" font-weight=\"700\" fill=\"#0A2540\">19 V del cargador<\/text>\n        <line x1=\"120\" y1=\"32\" x2=\"120\" y2=\"52\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n\n        <!-- MOSFET de arriba -->\n        <rect x=\"70\" y=\"52\" width=\"100\" height=\"52\" rx=\"8\" fill=\"#0E2F52\"><\/rect>\n        <text x=\"120\" y=\"76\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12.5\" font-weight=\"700\" fill=\"#3FE0A5\">Q1 \u00b7 arriba<\/text>\n        <text x=\"120\" y=\"94\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#8FA3B0\">deja entrar la energ\u00eda<\/text>\n\n        <line x1=\"120\" y1=\"104\" x2=\"120\" y2=\"132\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <circle cx=\"120\" cy=\"132\" r=\"5\" fill=\"#12B886\"><\/circle>\n\n        <!-- MOSFET de abajo -->\n        <rect x=\"70\" y=\"160\" width=\"100\" height=\"52\" rx=\"8\" fill=\"#0E2F52\"><\/rect>\n        <text x=\"120\" y=\"184\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12.5\" font-weight=\"700\" fill=\"#3FE0A5\">Q2 \u00b7 abajo<\/text>\n        <text x=\"120\" y=\"202\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#8FA3B0\">cierra el camino a tierra<\/text>\n        <line x1=\"120\" y1=\"132\" x2=\"120\" y2=\"160\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"120\" y1=\"212\" x2=\"120\" y2=\"232\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"108\" y1=\"232\" x2=\"132\" y2=\"232\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"113\" y1=\"238\" x2=\"127\" y2=\"238\" stroke=\"#5B6B79\" stroke-width=\"2.4\"><\/line>\n\n        <!-- salida hacia la carga -->\n        <line x1=\"120\" y1=\"132\" x2=\"210\" y2=\"132\" stroke=\"#12B886\" stroke-width=\"3.5\"><\/line>\n        <path d=\"M210,132 q10,-18 20,0 q10,-18 20,0 q10,-18 20,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"4.5\"><\/path>\n        <text x=\"240\" y=\"108\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#B8860B\">bobina<\/text>\n        <line x1=\"270\" y1=\"132\" x2=\"330\" y2=\"132\" stroke=\"#5B6B79\" stroke-width=\"3.5\"><\/line>\n        <line x1=\"300\" y1=\"132\" x2=\"300\" y2=\"166\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"288\" y1=\"166\" x2=\"312\" y2=\"166\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"288\" y1=\"176\" x2=\"312\" y2=\"176\" stroke=\"#0A2540\" stroke-width=\"4\"><\/line>\n        <line x1=\"300\" y1=\"176\" x2=\"300\" y2=\"206\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <line x1=\"288\" y1=\"206\" x2=\"312\" y2=\"206\" stroke=\"#5B6B79\" stroke-width=\"3\"><\/line>\n        <text x=\"330\" y=\"184\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#5B6B79\">capacitor<\/text>\n        <text x=\"392\" y=\"126\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"800\" fill=\"#0E9270\">3.3 V \u00b7 5 V \u00b7 1.05 V\u2026<\/text>\n        <text x=\"392\" y=\"146\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">los rieles que alimentan la placa<\/text>\n\n        <text x=\"320\" y=\"248\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">Nunca conducen al mismo tiempo: si eso pasa, el corto es directo del cargador a tierra<\/text>\n      <\/svg>\n      <div class=\"smd-sys\" style=\"margin-top:14px;\">\n        <div class=\"smd-card\">\n          <b>Por qu\u00e9 van juntos<\/b>\n          <p>Los dos trabajan en el mismo punto del circuito, as\u00ed que meterlos en un solo encapsulado ahorra espacio y acorta las pistas.<\/p>\n          <span>una sola pieza en la placa<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Falla t\u00edpica<\/b>\n          <p>Cuando uno entra en corto, el riel desaparece o el cargador entra en protecci\u00f3n. Es una de las fallas m\u00e1s comunes de placa.<\/p>\n          <span>revisa el riel con el ohm\u00edmetro<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Al reemplazar<\/b>\n          <p>Se cambia el encapsulado completo, aunque solo una mitad est\u00e9 da\u00f1ada: no se puede sustituir un solo transistor interno.<\/p>\n          <span>siempre la pieza entera<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Dato pr\u00e1ctico<\/b>\n          <p>Si la placa tiene dos encapsulados sencillos en lugar de uno doble, el circuito es exactamente el mismo.<\/p>\n          <span>cambia la presentaci\u00f3n, no la funci\u00f3n<\/span>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: esquem\u00e1tico real de la placa -->\n<div class=\"modal-overlay\" id=\"dellSchModal\">\n  <div class=\"modal-box modal-xl\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Esquem\u00e1tico real\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">El esquem\u00e1tico de la placa<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"dellSchModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">As\u00ed viene dibujada la l\u00ednea <b>PS_ID<\/b> en el diagrama, desde el conector del cargador hasta el EC, con las referencias y los valores que trae la placa.<\/p>\n    <div class=\"circuit-card\">\n      <div class=\"sch-foto\"><img decoding=\"async\" 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\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\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alt=\"Esquem\u00e1tico de la l\u00ednea PS_ID\"><\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: circuito de carga Dell -->\n<div class=\"modal-overlay\" id=\"dellCktModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"Circuito de carga Dell\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">Circuito de carga de una Dell<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"dellCktModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La l\u00ednea <b>PS ID<\/b> circula <b>de derecha a izquierda<\/b>: parte del EC y va hacia el conector del cargador. En el camino se encuentra con varios componentes que la protegen, y todos est\u00e1n ah\u00ed con un mismo fin: <b>proteger al IC EC<\/b>.<\/p>\n    <div class=\"circuit-card\">\n      <svg id=\"dellCktSvg\" viewBox=\"0 0 700 350\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\"><\/svg>\n    <\/div>\n  <\/div>\n  <\/div>\n\n\n<!-- MODAL: c\u00f3mo viaja el dato -->\n<div class=\"modal-overlay\" id=\"dellBusModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"C\u00f3mo viaja el dato\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">C\u00f3mo viaja el dato por un solo cable<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"dellBusModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">La l\u00ednea est\u00e1 en reposo arriba, en 3.3 V. Para hablar, cada parte la <b>jala a tierra<\/b> durante distintos tiempos: esos pulsos son los unos y los ceros.<\/p>\n    <div class=\"circuit-card\">\n      <svg viewBox=\"0 0 660 230\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\">\n        <rect x=\"20\" y=\"30\" width=\"620\" height=\"140\" rx=\"8\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"><\/rect>\n        <line x1=\"34\" y1=\"140\" x2=\"626\" y2=\"140\" stroke=\"#12B886\" stroke-width=\"1\" opacity=\".35\" stroke-dasharray=\"4,4\"><\/line>\n        <text x=\"30\" y=\"156\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#12B886\" opacity=\".8\">0 V<\/text>\n        <text x=\"30\" y=\"66\" font-family=\"Inter,sans-serif\" font-size=\"9\" fill=\"#12B886\" opacity=\".8\">3.3 V<\/text>\n\n        <path d=\"M34,60 L80,60 L80,140 L150,140 L150,60 L200,60 L200,140 L215,140 L215,60 L240,60 L240,140 L255,140 L255,60\n                 L300,60 L300,140 L318,140 L318,60 L340,60 L340,140 L352,140 L352,60 L400,60 L400,140 L440,140 L440,60\n                 L480,60 L480,140 L496,140 L496,60 L520,60 L520,140 L530,140 L530,60 L580,60 L580,140 L626,140\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\"><\/path>\n\n        <g font-family=\"Inter,sans-serif\" font-size=\"10.5\" font-weight=\"700\" fill=\"#8FA3B0\" text-anchor=\"middle\">\n          <text x=\"115\" y=\"186\">pulso de reinicio<\/text>\n          <text x=\"228\" y=\"186\">respuesta del cargador<\/text>\n          <text x=\"330\" y=\"186\">n\u00famero de serie<\/text>\n          <text x=\"500\" y=\"186\">datos que se leen<\/text>\n        <\/g>\n        <g stroke=\"#8FA3B0\" stroke-width=\"1\" stroke-dasharray=\"3,3\" opacity=\".6\">\n          <line x1=\"150\" y1=\"30\" x2=\"150\" y2=\"170\"><\/line>\n          <line x1=\"280\" y1=\"30\" x2=\"280\" y2=\"170\"><\/line>\n          <line x1=\"400\" y1=\"30\" x2=\"400\" y2=\"170\"><\/line>\n        <\/g>\n        <text x=\"330\" y=\"216\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">El EC pregunta, el cargador contesta con su identificaci\u00f3n y sus watts<\/text>\n      <\/svg>\n      <div class=\"smd-sys\" style=\"margin-top:14px;\">\n        <div class=\"smd-card\">\n          <b>Un maestro, varios esclavos<\/b>\n          <p>El EC es el maestro: solo \u00e9l inicia la conversaci\u00f3n. El cargador responde cuando se le pregunta.<\/p>\n          <span>nadie habla al mismo tiempo<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Se alimenta por el mismo cable<\/b>\n          <p>Mientras la l\u00ednea est\u00e1 arriba, el chip del cargador toma de ah\u00ed la poca energ\u00eda que necesita para responder.<\/p>\n          <span>datos y alimentaci\u00f3n juntos<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Qu\u00e9 informa<\/b>\n          <p>Su identificaci\u00f3n y su potencia. Con eso la laptop decide si carga, a qu\u00e9 velocidad, o si solo enciende.<\/p>\n          <span>de ah\u00ed el mensaje del arranque<\/span>\n        <\/div>\n        <div class=\"smd-card\">\n          <b>Por qu\u00e9 una sola l\u00ednea<\/b>\n          <p>Ahorra un pin en el conector y abarata el cargador. Por eso el conector lleva positivo, tierra y este cable de datos.<\/p>\n          <span>tres contactos nada m\u00e1s<\/span>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>\n<\/div>\n\n<!-- MODAL: d\u00f3nde medir -->\n<div class=\"modal-overlay\" id=\"dellMedModal\">\n  <div class=\"modal-box modal-wide\" role=\"dialog\" aria-modal=\"true\" aria-label=\"D\u00f3nde medir\">\n    <div class=\"modal-head\">\n      <div>\n        <h2 style=\"font-family:var(--font-head);font-size:clamp(19px,2.2vw,25px);margin:0;color:var(--navy);\">D\u00f3nde medir y qu\u00e9 debe salir<\/h2>\n      <\/div>\n      <button class=\"modal-close\" data-close=\"dellMedModal\" aria-label=\"Cerrar\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M18 6L6 18M6 6l12 12\"><\/path><\/svg><\/button>\n    <\/div>\n    <p class=\"modal-sub\">Estos son los voltajes marcados en el circuito. Se miden en <b>V\u2393<\/b> con la laptop conectada al cargador y el negro del mult\u00edmetro a tierra.<\/p>\n    <div class=\"circuit-card\">\n      <svg id=\"dellMedSvg\" viewBox=\"0 0 700 350\" width=\"100%\" style=\"display:block;overflow:visible;height:auto;\"><\/svg>\n      <table class=\"comp-table pro\" style=\"margin-top:14px;\">\n        <thead><tr><th>Punto<\/th><th>Debe marcar<\/th><th>Si no marca eso<\/th><\/tr><\/thead>\n        <tbody>\n          <tr><td class=\"comp\">L\u00ednea PS ID en reposo<\/td><td><span class=\"unidad\">3.3 V<\/span><\/td><td class=\"medir\">La sostiene arriba la resistencia de <b>2.2 k\u03a9<\/b>. Si mides 0 V, revisa esa resistencia o busca un corto a tierra, empezando por el transistor de protecci\u00f3n.<\/td><\/tr>\n          <tr><td class=\"comp\">Alimentaci\u00f3n del transistor<\/td><td><span class=\"unidad\">5 V<\/span><\/td><td class=\"medir\">Llegan por una resistencia de <b>10 k\u03a9<\/b>. Si del lado del riel hay 5 V pero del otro no, esa resistencia est\u00e1 abierta.<\/td><\/tr>\n          <tr><td class=\"comp\">Compuerta del transistor G1<\/td><td><span class=\"unidad\">0.4 V<\/span><\/td><td class=\"medir\">Sale de un divisor: <b>3.2 V<\/b> con <b>33 k\u03a9<\/b> arriba y <b>4.7 k\u03a9<\/b> abajo. Si lo mides distinto, revisa esas dos resistencias antes que el transistor.<\/td><\/tr>\n          <tr><td class=\"comp\">Entrada del EC<\/td><td><span class=\"unidad\">3.3 V<\/span><\/td><td class=\"medir\">Si llega a la resistencia en serie de <b>33 \u03a9<\/b> pero no sale, esa resistencia est\u00e1 abierta: es una falla muy com\u00fan y f\u00e1cil de confirmar.<\/td><\/tr>\n        <\/tbody>\n      <\/table>\n      <p class=\"circuit-caption\">Con el cargador puesto, la l\u00ednea no est\u00e1 quieta: sube y baja mientras se conversa. Por eso un mult\u00edmetro puede mostrar un valor intermedio; lo importante es que en reposo se sostenga arriba.<\/p>\n    <\/div>\n  <\/div>\n<\/div>\n\n<script>\nconst ICONS = {\"voltmeter\":{\"inner\":\"<path d=\\\"M12 12m-7 0a7 7 0 1 0 14 0a7 7 0 1 0 -14 0\\\"><\/path><path d=\\\"M5 12h-3\\\"><\/path><path d=\\\"M19 12h3\\\"><\/path><path d=\\\"M10 10l2 4l2 -4\\\"><\/path>\",\"viewBox\":\"0 0 24 24\",\"mode\":\"stroke\"},\"ammeter\":{\"inner\":\"<path d=\\\"M12 12m-7 0a7 7 0 1 0 14 0a7 7 0 1 0 -14 0\\\"><\/path><path d=\\\"M5 12h-3\\\"><\/path><path d=\\\"M19 12h3\\\"><\/path><path d=\\\"M10 14v-3c0 -1.036 .895 -2 2 -2s2 .964 2 2v3\\\"><\/path><path d=\\\"M14 12h-4\\\"><\/path>\",\"viewBox\":\"0 0 24 24\",\"mode\":\"stroke\"},\"resistor\":{\"inner\":\"<path d=\\\"M2 12h2l2 -5l3 10l3 -10l3 10l3 -10l1.5 5h2.5\\\"><\/path>\",\"viewBox\":\"0 0 24 24\",\"mode\":\"stroke\"},\"capacitor\":{\"inner\":\"<path d=\\\"M22 12h-8\\\"><\/path><path d=\\\"M2 12h8\\\"><\/path><path d=\\\"M10 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=== 'stroke'\n    ? 'fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\"'\n    : 'fill=\"currentColor\" stroke=\"none\"';\n  return `<svg viewBox=\"${d.viewBox}\" ${styleAttr} ${extra||''}>${d.inner}<\/svg>`;\n}\n<\/script>\n<script>\n\/* ============================================================\n   DATA \u2014 mirrors the content of the original slide deck\n   ============================================================ *\/\nconst SLIDES = [\n  { type: 'title' },\n  { type: 'agenda' },\n  {\n    type: 'concept', num: '01', key: 'voltaje', schema: 'voltaje', accent: 'teal', icon: 'voltmeter',\n    kicker: 'COMPONENTE 01', title: 'Voltaje',\n    unit: 'V', unitLabel: 'VOLT \u2014 UNIDAD', formula: 'V = I \u00b7 R',\n    bullets: [\n      { t: 'Definici\u00f3n', d: \"Diferencia de potencial el\u00e9ctrico entre dos puntos de un circuito; es la 'presi\u00f3n' que empuja a los electrones.\", modal: 'pressure' },\n      { t: 'Fuente', d: 'Generado por bater\u00edas, fuentes de alimentaci\u00f3n o generadores.', modal: 'source' },\n      { t: 'Medici\u00f3n', d: 'Se mide con un volt\u00edmetro conectado en paralelo al componente.', modal: 'multimeter' },\n      { t: 'Tipos', d: 'Voltaje continuo (DC) \u2014 constante en el tiempo \u2014 y voltaje alterno (AC) \u2014 var\u00eda peri\u00f3dicamente.', modal: 'waveform' },\n    ],\n    note: '1 volio es la diferencia de potencial que produce 1 amperio a trav\u00e9s de 1 ohmio de resistencia.',\n  },\n  {\n    type: 'concept', num: '02', key: 'corriente', schema: 'corriente', accent: 'teal', icon: 'ammeter',\n    kicker: 'COMPONENTE 02', title: 'Corriente',\n    unit: 'A', unitLabel: 'AMPERE \u2014 UNIDAD', formula: 'I = V \/ R',\n    bullets: [\n      { t: 'Definici\u00f3n', d: 'Flujo ordenado de cargas el\u00e9ctricas (electrones) a trav\u00e9s de un conductor por unidad de tiempo.', modal: 'flow' },\n      { t: 'Sentido convencional', d: 'Se define de + a \u2212 aunque los electrones se mueven en sentido contrario.', modal: 'convention' },\n      { t: 'Medici\u00f3n', d: 'Se mide con un amper\u00edmetro conectado en serie con el circuito.', modal: 'ammeter' },\n      { t: 'Tipos', d: 'Corriente directa (DC): fluye en un solo sentido. Corriente alterna (AC): cambia de sentido peri\u00f3dicamente.' },\n    ],\n    note: '1 amperio equivale al paso de aproximadamente 6.24 \u00d7 10\u00b9\u2078 electrones por segundo.',\n  },\n  {\n    type: 'concept', num: '03', key: 'resistencia', schema: 'resistencia', accent: 'teal', icon: 'resistor',\n    kicker: 'COMPONENTE 03', title: 'Resistencia',\n    unit: '\u03a9', unitLabel: 'OHM \u2014 UNIDAD', formula: 'R = V \/ I',\n    bullets: [\n      { t: 'Definici\u00f3n', d: 'Oposici\u00f3n que presenta un material al paso de la corriente el\u00e9ctrica, disipando energ\u00eda en forma de calor.', modal: 'opposition' },\n      { t: 'Ley de Ohm', d: 'Relaciona voltaje, corriente y resistencia: V = I \u00d7 R.', modal: 'seriesR' },\n      { t: 'C\u00f3digo SMD', d: 'Las resistencias de montaje superficial llevan el valor impreso en cifras sobre el cuerpo.', modal: 'smdcode' },\n      { t: 'C\u00f3digo de colores', d: 'Las resistencias de orificio pasante usan bandas de color para indicar su valor y tolerancia.', modal: 'colorcode' },\n      { t: 'Medici\u00f3n', d: 'Se mide con un \u00f3hmetro, con el componente fuera del circuito y sin energizar.', modal: 'resistance' },\n      { t: 'Aplicaciones', d: 'Limitar corriente, dividir voltaje y proteger otros componentes del circuito.', modal: 'resapps' },\n    ],\n    note: 'A mayor resistencia, menor corriente circula para un mismo voltaje aplicado.',\n  },\n  { type: 'divider' },\n  {\n    type: 'concept', num: '04', key: 'capacitor', schema: 'capacitor', accent: 'teal', icon: 'capacitor',\n    kicker: 'COMPONENTE 04', title: 'Capacitor',\n    unit: 'F', unitLabel: 'FARADIO \u2014 UNIDAD', formula: 'Q = C \u00b7 V',\n    bullets: [\n      { t: 'Definici\u00f3n', d: 'Componente que almacena energ\u00eda en forma de campo el\u00e9ctrico entre dos placas conductoras separadas por un diel\u00e9ctrico.', modal: 'capdef' },\n      { t: 'Carga y descarga', d: 'Se carga acumulando electrones en una placa y se descarga liberando esa energ\u00eda al circuito.', modal: 'capcharge' },\n      { t: 'Tipos', d: 'Cer\u00e1micos, electrol\u00edticos (polarizados) y de t\u00e1ntalo, entre otros.', modal: 'captypes' },\n      { t: 'Aplicaciones', d: 'Filtrado de se\u00f1ales, suavizado de voltaje, temporizaci\u00f3n y almacenamiento de energ\u00eda.', modal: 'capapps' },\n    ],\n    note: 'Un faradio es una unidad muy grande; en la pr\u00e1ctica se usan microfaradios (\u00b5F) o picofaradios (pF).',\n  },\n  {\n    type: 'concept', num: '05', key: 'bobina', schema: 'bobina', accent: 'teal', icon: 'inductor',\n    kicker: 'COMPONENTE 05', title: 'Bobina (inductor)',\n    unit: 'H', unitLabel: 'HENRIO \u2014 UNIDAD', formula: 'V = L \u00b7 (dI\/dt)',\n    bullets: [\n      { t: 'Definici\u00f3n', d: 'Componente formado por un conductor enrollado que almacena energ\u00eda en forma de campo magn\u00e9tico al circular corriente.', modal: 'inddef' },\n      { t: 'Comportamiento', d: 'Se opone a los cambios bruscos de corriente, generando una fuerza contraelectromotriz.', modal: 'indbhv' },\n      { t: 'N\u00facleo', d: 'Puede tener n\u00facleo de aire, hierro o ferrita, lo que aumenta su inductancia.', modal: 'indcore' },\n      { t: 'Aplicaciones', d: 'Filtros, transformadores, fuentes conmutadas y almacenamiento de energ\u00eda en circuitos de potencia.', modal: 'indapps' },\n    ],\n    note: 'A mayor frecuencia, mayor es la oposici\u00f3n (reactancia inductiva) que presenta una bobina.',\n  },\n  {\n    type: 'concept', num: '06', key: 'diodo', schema: 'diodo', accent: 'teal', icon: 'diode',\n    kicker: 'COMPONENTE 06', title: 'Diodo',\n    unit: null, unitLabel: 'S\u00cdMBOLO \u2014 CONDUCCI\u00d3N UNIDIRECCIONAL', formula: null,\n    bullets: [\n      { t: 'Definici\u00f3n', d: 'Componente semiconductor que permite el paso de corriente en un solo sentido (\u00e1nodo \u2192 c\u00e1todo).', modal: 'diodevalve' },\n      { t: 'Polarizaci\u00f3n directa', d: 'Cuando el \u00e1nodo tiene mayor potencial que el c\u00e1todo, el diodo conduce.', modal: 'diodefwd' },\n      { t: 'Polarizaci\u00f3n inversa', d: 'En sentido contrario, el diodo bloquea el paso de corriente (idealmente).', modal: 'dioderev' },\n      { t: 'Tipos', d: 'Rectificadores, LED (emiten luz), Zener (regulan voltaje) y Schottky (conmutaci\u00f3n r\u00e1pida).', modal: 'diodetypes' },\n    ],\n    note: 'Un diodo de silicio t\u00edpico requiere alrededor de 0.7 V en directa para comenzar a conducir.',\n  },\n  { type: 'transistor' },\n  { type: 'transistorPnp' },\n  { type: 'mosfet' },\n  { type: 'mosfetP' },\n  { type: 'mosfetD' },\n  { type: 'gates' },\n  { type: 'comparator' },\n  { type: 'table', parte: 1 },\n  { type: 'table', parte: 2 },\n  { type: 'table', parte: 3 },\n  { type: 'conclusion' },\n];\n\nconst AGENDA_ITEMS = [\n  ['01', 'Voltaje', 'Diferencia de potencial el\u00e9ctrico', {key:'voltaje'}],\n  ['02', 'Corriente', 'Flujo de carga el\u00e9ctrica', {key:'corriente'}],\n  ['03', 'Resistencia', 'Oposici\u00f3n al paso de la corriente', {key:'resistencia'}],\n  ['04', 'Divisor de voltaje', 'Reparto del voltaje entre resistencias', {type:'divider'}],\n  ['05', 'Capacitor', 'Almacenamiento de energ\u00eda el\u00e9ctrica', {key:'capacitor'}],\n  ['06', 'Bobina (inductor)', 'Almacenamiento de energ\u00eda magn\u00e9tica', {key:'bobina'}],\n  ['07', 'Diodo', 'Conducci\u00f3n de corriente en un solo sentido', {key:'diodo'}],\n  ['08', 'Transistor', 'Amplificaci\u00f3n y conmutaci\u00f3n de se\u00f1ales', {type:'transistor'}],\n  ['09', 'MOSFET', 'Transistor de efecto de campo', {type:'mosfet'}],\n  ['10', 'Compuertas l\u00f3gicas', 'Operaciones binarias fundamentales', {type:'gates'}],\n  ['11', 'Comparadores', 'Comparaci\u00f3n de niveles de voltaje', {type:'comparator'}],\n];\n\nfunction slideIndexOf(match){\n  return SLIDES.findIndex(s => match.key ? s.key === match.key : s.type === match.type);\n}\n\nconst GATES = [\n  ['gate_and', 'AND', 'Salida 1 solo si TODAS las entradas son 1.'],\n  ['gate_or', 'OR', 'Salida 1 si ALGUNA entrada es 1.'],\n  ['gate_not', 'NOT', 'Invierte el estado de la entrada.'],\n  ['gate_nand', 'NAND', 'Inversa de AND (Y-negada).'],\n  ['gate_nor', 'NOR', 'Inversa de OR (O-negada).'],\n  ['gate_xor', 'XOR', 'Salida 1 si las entradas son diferentes.'],\n];\n\nconst TABLE_ROWS = [\n  ['Voltaje', 'Volt (V)', 'V', 'Fuerza que impulsa la corriente'],\n  ['Corriente', 'Ampere (A)', 'I', 'Flujo de carga el\u00e9ctrica'],\n  ['Resistencia', 'Ohm (\u03a9)', 'R', 'Oponerse al paso de la corriente'],\n  ['Capacitor', 'Faradio (F)', 'C', 'Almacenar energ\u00eda el\u00e9ctrica'],\n  ['Bobina', 'Henrio (H)', 'L', 'Almacenar energ\u00eda magn\u00e9tica'],\n  ['Diodo', '\u2014', 'D', 'Conducir corriente en un sentido'],\n  ['Transistor (BJT)', '\u2014', 'Q', 'Amplificar \/ conmutar se\u00f1ales'],\n  ['MOSFET', '\u2014', 'M', 'Conmutaci\u00f3n de alta eficiencia'],\n  ['Compuertas l\u00f3gicas', '\u2014', 'AND, OR\u2026', 'Operaciones binarias'],\n  ['Comparadores', '\u2014', '\u2014', 'Comparar dos voltajes'],\n];\n\nconst CONCLUSIONS = [\n  'Voltaje, corriente y resistencia forman la base cuantitativa de todo circuito (Ley de Ohm).',\n  'Capacitores y bobinas almacenan energ\u00eda en forma el\u00e9ctrica y magn\u00e9tica, respectivamente.',\n  'Diodos, transistores y MOSFETs son los componentes semiconductores que permiten controlar y amplificar se\u00f1ales.',\n  'Las compuertas l\u00f3gicas y los comparadores conectan la electr\u00f3nica anal\u00f3gica con el mundo digital.',\n];\n\n\/* ============================================================\n   MINI SCHEMATIC \u2014 small circuit diagram (battery + component)\n   added to every component slide, drawn in the left navy panel\n   ============================================================ *\/\nfunction schematic(kind, accent){\n  const AC = accent === 'amber' ? '#FFB020' : '#12B886';\n  const WIRE = '#7C93A3';\n  const cx = 190, topY = 30, botY = 108, midY = 69;\n\n  \/\/ --- right-side component, centered at (cx, midY), spanning y 45..93 ---\n  let comp = '';\n  let compLabel = '';\n  switch(kind){\n    case 'resistencia':\n    case 'voltaje':\n    case 'corriente':\n      comp = `\n        <line x1=\"${cx}\" y1=\"45\" x2=\"${cx}\" y2=\"50\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n        <polyline points=\"${cx},50 ${cx-7},55 ${cx+7},61 ${cx-7},67 ${cx+7},73 ${cx-7},79 ${cx},84\"\n          fill=\"none\" stroke=\"${WIRE}\" stroke-width=\"3\" stroke-linejoin=\"round\" stroke-linecap=\"round\"\/>\n        <line x1=\"${cx}\" y1=\"84\" x2=\"${cx}\" y2=\"93\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n      compLabel = 'R';\n      break;\n    case 'capacitor':\n      comp = `\n        <line x1=\"${cx}\" y1=\"45\" x2=\"${cx}\" y2=\"60\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n        <line x1=\"${cx-16}\" y1=\"60\" x2=\"${cx+16}\" y2=\"60\" stroke=\"${WIRE}\" stroke-width=\"4\"\/>\n        <line x1=\"${cx-16}\" y1=\"76\" x2=\"${cx+16}\" y2=\"76\" stroke=\"${WIRE}\" stroke-width=\"4\"\/>\n        <line x1=\"${cx}\" y1=\"76\" x2=\"${cx}\" y2=\"93\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n      compLabel = 'C';\n      break;\n    case 'bobina':\n      comp = `\n        <line x1=\"${cx}\" y1=\"45\" x2=\"${cx}\" y2=\"52\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n        <path d=\"M${cx},52 a6,6 0 0 1 0,12 a6,6 0 0 1 0,12 a6,6 0 0 1 0,12 a6,6 0 0 1 0,5\"\n          fill=\"none\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n        <line x1=\"${cx}\" y1=\"93\" x2=\"${cx}\" y2=\"93\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n      compLabel = 'L';\n      break;\n    case 'diodo':\n      comp = `\n        <line x1=\"${cx}\" y1=\"45\" x2=\"${cx}\" y2=\"52\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n        <polygon points=\"${cx-9},52 ${cx+9},52 ${cx},70\" fill=\"${WIRE}\"\/>\n        <line x1=\"${cx-9}\" y1=\"70\" x2=\"${cx+9}\" y2=\"70\" stroke=\"${WIRE}\" stroke-width=\"4\"\/>\n        <line x1=\"${cx}\" y1=\"70\" x2=\"${cx}\" y2=\"93\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n      compLabel = 'D';\n      break;\n  }\n\n  \/\/ --- battery on the left edge, centered at (40, midY) ---\n  const bx = 40;\n  const battery = `\n    <line x1=\"${bx}\" y1=\"${topY}\" x2=\"${bx}\" y2=\"${midY-13}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n    <line x1=\"${bx-11}\" y1=\"${midY-13}\" x2=\"${bx+11}\" y2=\"${midY-13}\" stroke=\"${AC}\" stroke-width=\"4\"\/>\n    <line x1=\"${bx-6}\" y1=\"${midY+4}\" x2=\"${bx+6}\" y2=\"${midY+4}\" stroke=\"${AC}\" stroke-width=\"8\"\/>\n    <line x1=\"${bx}\" y1=\"${midY+4}\" x2=\"${bx}\" y2=\"${botY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n    <text x=\"${bx-26}\" y=\"${midY-6}\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"${AC}\">+<\/text>\n    <text x=\"${bx-24}\" y=\"${midY+20}\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"${AC}\">\u2013<\/text>`;\n\n  \/\/ --- loop wires (top wire gets a gap when an in-series ammeter is present) ---\n  const ax = (bx+cx)\/2 + 20; \/\/ ammeter x position (corriente only)\n  const topWire = (kind === 'corriente')\n    ? `<line x1=\"${bx}\" y1=\"${topY}\" x2=\"${ax-15}\" y2=\"${topY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n       <line x1=\"${ax+15}\" y1=\"${topY}\" x2=\"${cx}\" y2=\"${topY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`\n    : `<line x1=\"${bx}\" y1=\"${topY}\" x2=\"${cx}\" y2=\"${topY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n  const wires = `\n    ${topWire}\n    <line x1=\"${cx}\" y1=\"${topY}\" x2=\"${cx}\" y2=\"45\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n    <line x1=\"${bx}\" y1=\"${botY}\" x2=\"${cx}\" y2=\"${botY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>\n    <line x1=\"${cx}\" y1=\"93\" x2=\"${cx}\" y2=\"${botY}\" stroke=\"${WIRE}\" stroke-width=\"3\"\/>`;\n\n  \/\/ --- current direction arrow (bottom wire, clear of any instrument) ---\n  const arrow = `<polygon points=\"0,5 11,0 0,-5\" fill=\"${AC}\" transform=\"translate(${(bx+cx)\/2},${botY+0.5})\"\/>`;\n\n  \/\/ --- measurement instruments: voltmeter (parallel, voltaje) \/ ammeter (series, corriente) ---\n  let meter = '';\n  if(kind === 'voltaje'){\n    meter = `\n      <line x1=\"${bx+34}\" y1=\"${midY-13}\" x2=\"${bx+34}\" y2=\"${topY-16}\" stroke=\"${AC}\" stroke-width=\"2\" stroke-dasharray=\"2,2\"\/>\n      <line x1=\"${bx+34}\" y1=\"${midY+4}\" x2=\"${bx+34}\" y2=\"${botY+16}\" stroke=\"${AC}\" stroke-width=\"2\" stroke-dasharray=\"2,2\"\/>\n      <circle cx=\"${bx+34}\" cy=\"${midY-4.5}\" r=\"15\" fill=\"#0E2F52\" stroke=\"${AC}\" stroke-width=\"2.4\"\/>\n      <text x=\"${bx+34}\" y=\"${midY-0.5}\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"${AC}\">V<\/text>`;\n  } else if(kind === 'corriente'){\n    meter = `\n      <circle cx=\"${ax}\" cy=\"${topY}\" r=\"14\" fill=\"#0E2F52\" stroke=\"${AC}\" stroke-width=\"2.4\"\/>\n      <text x=\"${ax}\" y=\"${topY+4.5}\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"${AC}\">A<\/text>`;\n  }\n\n  const label = compLabel ? `<text x=\"${cx+20}\" y=\"${midY+5}\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"${AC}\">${compLabel}<\/text>` : '';\n\n  return `\n  <div class=\"mini-schematic\">\n    <svg viewBox=\"0 0 240 150\" width=\"100%\" style=\"height:auto;display:block;\">\n      ${wires}${battery}${comp}${label}${meter}${arrow}\n    <\/svg>\n    <div class=\"mini-caption\">Circuito b\u00e1sico de referencia<\/div>\n  <\/div>`;\n}\n\nfunction slugify(s){ return s.toLowerCase().normalize('NFD').replace(\/[\\u0300-\\u036f]\/g,'').replace(\/[^a-z0-9]+\/g,'-').replace(\/(^-|-$)\/g,''); }\n\nfunction renderTitle(){\n  return `\n  <div class=\"slide-title-hero\">\n    <h1 class=\"hero-title\">Electr\u00f3nica B\u00e1sica<\/h1>\n    <p class=\"hero-desc\">Fundamentos de electr\u00f3nica y componentes electr\u00f3nicos<\/p>\n    <div class=\"hero-chips\">\n      ${AGENDA_ITEMS\n        .map(it=>`<button class=\"chip\" data-goto=\"${slideIndexOf(it[3])}\">${it[1].replace(' (inductor)','')}<\/button>`).join('')}\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderAgenda(){\n  const half = Math.ceil(AGENDA_ITEMS.length\/2);\n  const cols = [AGENDA_ITEMS.slice(0,half), AGENDA_ITEMS.slice(half)];\n  const col = (items, offset) => items.map((it,i)=>`\n    <div class=\"agenda-item\" data-goto=\"${slideIndexOf(it[3])}\">\n      <div class=\"agenda-num\">${it[0]}<\/div>\n      <div class=\"agenda-txt\"><b>${it[1]}<\/b><span>${it[2]}<\/span><\/div>\n    <\/div>`).join('');\n  return `\n  <div class=\"slide-inner agenda-slide\">\n    <div class=\"agenda-center\">\n      <h1 class=\"slide-title\">Componentes que vamos a estudiar<\/h1>\n      <div class=\"agenda-grid\">\n        <div class=\"agenda-col\">${col(cols[0],0)}<\/div>\n        <div class=\"agenda-col\">${col(cols[1],half)}<\/div>\n      <\/div>\n    <\/div>\n  <\/div>`;\n}\n\nconst MODAL_CONFIG = {\n  source: { label: '\ud83d\udd17 Ver tipos de fuentes', fn: 'openSourceModal' },\n  multimeter: { label: '\ud83d\udd17 Simular medici\u00f3n con mult\u00edmetro', fn: 'openMultimeterModal' },\n  resistance: { label: '\ud83d\udd17 Simular medici\u00f3n de resistencia', fn: 'openOhmModal' },\n  seriesR: { label: '\ud83d\udd17 Medir voltaje en resistencias en serie', fn: 'openSeriesModal' },\n  smdcode: { label: '\ud83d\udd17 Calcular el c\u00f3digo SMD', fn: 'openSmdModal' },\n  resapps: { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openResApps' },\n  colorcode: { label: '\ud83d\udd17 Ver c\u00f3digo de colores', fn: 'openColorModal' },\n  pressure: { label: '\ud83d\udd17 Ver analog\u00eda del voltaje', fn: 'openPressureModal' },\n  waveform: { label: '\ud83d\udd17 Ver DC vs AC en osciloscopio', fn: 'openWaveModal' },\n  flow: { label: '\ud83d\udd17 Ver electrones en el conductor', fn: 'openFlowModal' },\n  convention: { label: '\ud83d\udd17 Ver sentido convencional vs real', fn: 'openConvModal' },\n  ammeter: { label: '\ud83d\udd17 Simular amper\u00edmetro en serie', fn: 'openAmmeterModal' },\n  opposition: { label: '\ud83d\udd17 Ver la oposici\u00f3n al paso de corriente', fn: 'openOppModal' },\n  capdef: { label: '\ud83d\udd17 Ver el campo el\u00e9ctrico entre placas', fn: 'openCapDefModal' },\n  capcharge: { label: '\ud83d\udd17 Simular carga y descarga', fn: 'openCapChargeModal' },\n  captypes: { label: '\ud83d\udd17 Ver tipos de capacitores', fn: 'openCapTypesModal' },\n  capapps: { label: '\ud83d\udd17 Ver aplicaciones en el osciloscopio', fn: 'openCapAppsModal' },\n  inddef: { label: '\ud83d\udd17 Ver el campo magn\u00e9tico', fn: 'openIndDefModal' },\n  indbhv: { label: '\ud83d\udd17 Simular la oposici\u00f3n al cambio', fn: 'openIndBhvModal' },\n  indcore: { label: '\ud83d\udd17 Comparar tipos de n\u00facleo', fn: 'openIndCoreModal' },\n  indapps: { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openIndAppsModal' },\n  diodevalve: { label: '\ud83d\udd17 Ver la analog\u00eda de la v\u00e1lvula', fn: 'openDiodeValveModal' },\n  diodefwd: { label: '\ud83d\udd17 Simular polarizaci\u00f3n directa', fn: 'openDiodeFwd' },\n  dioderev: { label: '\ud83d\udd17 Simular polarizaci\u00f3n inversa', fn: 'openDiodeRev' },\n  diodetypes: { label: '\ud83d\udd17 Ver tipos de diodos', fn: 'openDiodeTypesModal' },\n  bjtdefN:   { label: '\ud83d\udd17 Ver las tres terminales', fn: 'openBjtDefN' },\n  bjtdefP:   { label: '\ud83d\udd17 Ver las tres terminales', fn: 'openBjtDefP' },\n  bjtfuncN:  { label: '\ud83d\udd17 Simular la amplificaci\u00f3n', fn: 'openBjtFuncN' },\n  bjtfuncP:  { label: '\ud83d\udd17 Simular la amplificaci\u00f3n', fn: 'openBjtFuncP' },\n  bjtmodesN: { label: '\ud83d\udd17 Recorrer los tres modos', fn: 'openBjtModesN' },\n  bjtmodesP: { label: '\ud83d\udd17 Recorrer los tres modos', fn: 'openBjtModesP' },\n  bjtappsN:  { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openBjtAppsN' },\n  bjtappsP:  { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openBjtAppsP' },\n  mosdefN:  { label: '\ud83d\udd17 Ver c\u00f3mo el campo abre el canal', fn: 'openMosDefN' },\n  mosdefP:  { label: '\ud83d\udd17 Ver c\u00f3mo el campo abre el canal', fn: 'openMosDefP' },\n  mosimpN:  { label: '\ud83d\udd17 Ver por qu\u00e9 solo consume al conmutar', fn: 'openMosImpN' },\n  mosimpP:  { label: '\ud83d\udd17 Ver por qu\u00e9 solo consume al conmutar', fn: 'openMosImpP' },\n  mosvsN:   { label: '\ud83d\udd17 Comparar MOSFET vs BJT', fn: 'openMosVsN' },\n  mosvsP:   { label: '\ud83d\udd17 Comparar MOSFET vs BJT', fn: 'openMosVsP' },\n  mosappsN: { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openMosAppsN' },\n  mosappsP: { label: '\ud83d\udd17 Ver aplicaciones', fn: 'openMosAppsP' },\n  mosgateN: { label: '\ud83d\udd17 Ver por qu\u00e9 se necesitan 26 V', fn: 'openMosGate' },\n  mosgateP: { label: '\ud83d\udd17 Ver por qu\u00e9 necesita menos de la mitad', fn: 'openMosGateP' },\n  mosdsN:   { label: '\ud83d\udd17 Ver datasheet y patillaje', fn: 'openMosDsN' },\n  mosdsP:   { label: '\ud83d\udd17 Ver datasheet y patillaje', fn: 'openMosDsP' },\n  mosdual:  { label: '\ud83d\udd17 Ver el patillaje del doble canal', fn: 'openMosDual' },\n  mosdualap:{ label: '\ud83d\udd17 Ver d\u00f3nde se usa', fn: 'openMosDualApp' },\n  dellckt:  { label: '\ud83d\udd17 Ver el circuito completo', fn: 'openDellCkt' },\n  dellbus:  { label: '\ud83d\udd17 Ver c\u00f3mo viaja el dato', fn: 'openDellBus' },\n  dellmed:  { label: '\ud83d\udd17 Ver d\u00f3nde medir', fn: 'openDellMed' },\n  dellsch:  { label: '\ud83d\udd17 Ver el esquem\u00e1tico', fn: 'openDellSch' },\n  cmpsim: { label: '\ud83d\udd17 Simular el comparador', fn: 'openCmpSim' },\n  cmpex:  { label: '\ud83d\udd17 Ver un ejemplo real', fn: 'openCmpEx' },\n  cmpvs:  { label: '\ud83d\udd17 Comparar con el amplificador operacional', fn: 'openCmpVs' },\n  cmpapps:{ label: '\ud83d\udd17 Ver aplicaciones', fn: 'openCmpApps' },\n};\n\n\n\/* ---- s\u00edmbolo esquem\u00e1tico de cada componente (panel izquierdo) ---- *\/\nfunction simboloDe(key){\n  const L = (x1,y1,x2,y2,w) => `<line x1=\"${x1}\" y1=\"${y1}\" x2=\"${x2}\" y2=\"${y2}\" stroke=\"#fff\" stroke-width=\"${w||4}\" stroke-linecap=\"round\"\/>`;\n  const wrap = c => `<svg class=\"sym-esq\" viewBox=\"0 0 150 56\" role=\"img\">${c}<\/svg>`;\n  switch(key){\n    case 'voltaje':   \/\/ fuente de voltaje (bater\u00eda)\n      return wrap(`${L(10,28,52,28)}${L(52,12,52,44,4.5)}${L(64,20,64,36,9)}${L(76,12,76,44,4.5)}${L(88,20,88,36,9)}${L(88,28,140,28)}`);\n    case 'corriente': \/\/ conductor con el sentido de la corriente\n      return wrap(`${L(10,28,110,28)}<polygon points=\"110,18 136,28 110,38\" fill=\"#fff\"\/>`);\n    case 'resistencia':\n      return wrap(`${L(8,28,34,28)}<polyline points=\"34,28 44,10 60,46 76,10 92,46 108,28\" fill=\"none\" stroke=\"#fff\" stroke-width=\"4\" stroke-linejoin=\"round\"\/>${L(108,28,142,28)}`);\n    case 'capacitor':\n      return wrap(`${L(10,28,64,28)}${L(64,8,64,48,5)}${L(86,8,86,48,5)}${L(86,28,140,28)}`);\n    case 'bobina':\n      return wrap(`${L(8,34,26,34)}<path d=\"M26,34 q12,-26 24,0 q12,-26 24,0 q12,-26 24,0 q12,-26 24,0\" fill=\"none\" stroke=\"#fff\" stroke-width=\"4.5\"\/>${L(122,34,142,34)}`);\n    case 'diodo':     \/\/ tri\u00e1ngulo (\u00e1nodo) y barra (c\u00e1todo)\n      return wrap(`${L(10,28,50,28)}<polygon points=\"50,10 50,46 88,28\" fill=\"#fff\"\/>${L(90,8,90,48,5.5)}${L(90,28,140,28)}`);\n    default: return '';\n  }\n}\n\nfunction renderConcept(s){\n  const accentClass = s.accent === 'amber' ? 'amber' : '';\n  const bullets = s.bullets.map((b,i)=>{\n    const cfg = b.modal ? MODAL_CONFIG[b.modal] : null;\n    return `\n    <div class=\"bullet ${accentClass}\">\n      <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n      <div class=\"btext\">\n        <div class=\"row\">\n          <b>${b.t}<\/b>\n        <\/div>\n        <p>${b.d}<\/p>\n      <\/div>\n    <\/div>`;\n  }).join('');\n  return `\n  <div class=\"concept\">\n    <div class=\"concept-left\">\n      <div class=\"icon-badge ${accentClass}\">${icon(s.icon)}<\/div>\n      <div class=\"concept-title\">${s.title}<\/div>\n      <div class=\"unit-box ${accentClass}\">\n        <div class=\"sym-row\">${simboloDe(s.key)}<\/div>\n        ${s.unit ? `<div class=\"u\">${s.unit}<\/div>` : ''}\n        <div class=\"ul\">${s.unitLabel}<\/div>\n      <\/div>\n      ${s.formula ? `<div class=\"formula\">${s.formula}<\/div>` : ''}\n      ${s.schema ? schematic(s.schema, s.accent) : ''}\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">${bullets}<\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction bjtSymbol(kind){\n  \/\/ NPN: emitter arrow points outward (away from base). PNP: points inward (toward base).\n  const arrow = kind === 'npn'\n    ? '<polygon points=\"0,-6.5 15,0 0,6.5\" fill=\"#12B886\" transform=\"translate(112,133.4) rotate(33.7)\"\/>'\n    : '<polygon points=\"0,-6.5 15,0 0,6.5\" fill=\"#12B886\" transform=\"translate(105,128.9) rotate(213.7)\"\/>';\n  return `\n        <svg viewBox=\"0 0 200 200\" width=\"180\" height=\"180\">\n          <line x1=\"28\" y1=\"100\" x2=\"85\" y2=\"100\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"85\" y1=\"70\" x2=\"85\" y2=\"130\" stroke=\"#fff\" stroke-width=\"6\" stroke-linecap=\"square\"\/>\n          <line x1=\"85\" y1=\"84\" x2=\"132\" y2=\"54\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"132\" y1=\"54\" x2=\"132\" y2=\"16\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"85\" y1=\"116\" x2=\"132\" y2=\"146\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"132\" y1=\"146\" x2=\"132\" y2=\"184\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          ${arrow}\n          <text x=\"138\" y=\"24\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">C<\/text>\n          <text x=\"40\" y=\"90\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">B<\/text>\n          <text x=\"138\" y=\"180\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">E<\/text>\n        <\/svg>`;\n}\n\nconst BJT_DATA = {\n  npn: {\n    title: 'Transistor NPN',\n    specTitle: 'NPN',\n    spec: 'La flecha del emisor apunta hacia afuera. Conduce cuando la base recibe un voltaje <b>mayor<\/b> que el emisor; el emisor va a tierra.',\n    bullets: [\n      ['Definici\u00f3n','Dispositivo semiconductor de tres terminales (Base, Colector, Emisor) usado para amplificar o conmutar se\u00f1ales el\u00e9ctricas.','bjtdefN'],\n      ['Funcionamiento','Una peque\u00f1a corriente en la base controla una corriente mucho mayor entre colector y emisor.','bjtfuncN'],\n      ['Modos de operaci\u00f3n','Corte (apagado), saturaci\u00f3n (encendido, act\u00faa como interruptor) y regi\u00f3n activa (amplificaci\u00f3n lineal).','bjtmodesN'],\n      ['Aplicaciones','Amplificadores de audio, interruptores electr\u00f3nicos y circuitos digitales b\u00e1sicos.','bjtappsN'],\n    ],\n  },\n  pnp: {\n    title: 'Transistor PNP',\n    specTitle: 'PNP',\n    spec: 'La flecha del emisor apunta hacia adentro. Conduce cuando la base recibe un voltaje <b>menor<\/b> que el emisor; el emisor va al positivo.',\n    bullets: [\n      ['Definici\u00f3n','Mismo dispositivo de tres terminales, pero con las capas invertidas: sus polaridades y corrientes son opuestas a las del NPN.','bjtdefP'],\n      ['Funcionamiento','Se activa sacando corriente de la base. La corriente principal va del emisor al colector.','bjtfuncP'],\n      ['Modos de operaci\u00f3n','Los mismos tres modos: corte, saturaci\u00f3n y regi\u00f3n activa, pero con la polaridad invertida.','bjtmodesP'],\n      ['Aplicaciones','Interruptor del lado positivo (high-side), etapas complementarias y amplificadores push-pull.','bjtappsP'],\n    ],\n  },\n};\n\nfunction renderBJT(kind){\n  const d = BJT_DATA[kind];\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">${bjtSymbol(kind)}<\/div>\n      <div class=\"concept-title\">${d.title}<\/div>\n      <div class=\"spec-box\">\n        <b>${d.specTitle}<\/b>\n        <p>${d.spec}<\/p>\n      <\/div>\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">\n        ${d.bullets.map((b,i)=>{\n          const cfg = MODAL_CONFIG[b[2]];\n          return `\n          <div class=\"bullet\">\n            <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n            <div class=\"btext\"><div class=\"row\"><b>${b[0]}<\/b><\/div><p>${b[1]}<\/p><\/div>\n          <\/div>`;\n        }).join('')}\n      <\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderTransistor(){ return renderBJT('npn'); }\nfunction renderTransistorPnp(){ return renderBJT('pnp'); }\n\nfunction mosfetSymbol(kind){\n  const esN = kind === 'n';\n  \/\/ Canal N: la flecha del sustrato apunta hacia adentro. Canal P: hacia afuera.\n  const arrow = esN\n    ? '<polygon points=\"0,-6.5 15,0 0,6.5\" fill=\"#12B886\" transform=\"translate(112,105) rotate(180)\"\/>'\n    : '<polygon points=\"0,-6.5 15,0 0,6.5\" fill=\"#12B886\" transform=\"translate(94,105)\"\/>';\n  \/\/ el sustrato va unido al surtidor: abajo en canal N, arriba en canal P\n  const sustrato = esN\n    ? '<line x1=\"128\" y1=\"105\" x2=\"128\" y2=\"145\" stroke=\"#fff\" stroke-width=\"4.5\" stroke-linecap=\"square\"\/>'\n    : '<line x1=\"128\" y1=\"105\" x2=\"128\" y2=\"65\" stroke=\"#fff\" stroke-width=\"4.5\" stroke-linecap=\"square\"\/>';\n  \/\/ en canal P el surtidor va arriba (al positivo) y el drenador abajo\n  const arriba = esN ? 'D' : 'S';\n  const abajo  = esN ? 'S' : 'D';\n  return `\n        <svg viewBox=\"0 0 200 200\" width=\"180\" height=\"180\">\n          <line x1=\"20\" y1=\"100\" x2=\"68\" y2=\"100\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"68\" y1=\"65\" x2=\"68\" y2=\"135\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"65\"  x2=\"86\" y2=\"89\"  stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"94\"  x2=\"86\" y2=\"116\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"121\" x2=\"86\" y2=\"145\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"65\" x2=\"128\" y2=\"65\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"128\" y1=\"65\" x2=\"128\" y2=\"18\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"145\" x2=\"128\" y2=\"145\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"128\" y1=\"145\" x2=\"128\" y2=\"184\" stroke=\"#fff\" stroke-width=\"5\" stroke-linecap=\"square\"\/>\n          <line x1=\"86\" y1=\"105\" x2=\"128\" y2=\"105\" stroke=\"#fff\" stroke-width=\"4.5\" stroke-linecap=\"square\"\/>\n          ${sustrato}\n          ${arrow}\n          <text x=\"133\" y=\"24\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">${arriba}<\/text>\n          <text x=\"0\"  y=\"92\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">G<\/text>\n          <text x=\"133\" y=\"180\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"700\" fill=\"#12B886\">${abajo}<\/text>\n        <\/svg>`;\n}\n\nconst MOSFET_DATA = {\n  n: {\n    title: 'MOSFET Canal N',\n    specTitle: 'Canal N (enriquecimiento)',\n    spec: 'Sus tres terminales son Compuerta (G), Drenador (D) y Surtidor (S). Conduce cuando la compuerta queda a un voltaje <b>m\u00e1s alto que el surtidor<\/b>. El surtidor se conecta al lado de tierra y la corriente va del drenador al surtidor.',\n    bullets: [\n      ['Definici\u00f3n','Transistor de efecto de campo metal-\u00f3xido-semiconductor; controla la corriente mediante un campo el\u00e9ctrico en la compuerta.','mosdefN'],\n      ['C\u00f3mo funciona un MOSFET','Lo que necesita para que conduzca de drenador a surtidor es un voltaje m\u00e1s alto de lo que va a pasar. Esto es: si vamos a pasar 20 volts, necesitamos 26 volts en el gate para que cierre y conduzca por el canal.','mosgateN'],\n      ['Aplicaciones','Microprocesadores, fuentes conmutadas, controladores de motores y circuitos integrados digitales.','mosappsN'],\n      ['Datasheet y encapsulado','C\u00f3mo leer sus datos y reconocer el patillaje del SO-8, que es el que m\u00e1s se ve en laptops.','mosdsN'],\n    ],\n  },\n  p: {\n    title: 'MOSFET Canal P',\n    specTitle: 'Canal P (enriquecimiento)',\n    spec: 'Las mismas tres terminales, pero con las polaridades invertidas. Conduce cuando la compuerta queda a un voltaje <b>m\u00e1s bajo que el surtidor<\/b>. El surtidor se conecta al positivo y la corriente va del surtidor al drenador.',\n    bullets: [\n      ['Definici\u00f3n','El complemento del canal N: los portadores son huecos y la corriente circula del surtidor al drenador.','mosdefP'],\n      ['C\u00f3mo funciona un MOSFET','Es al rev\u00e9s que en el canal N: necesitamos menos de la mitad para que conduzca. Si van a pasar 20 volts, el gate debe bajar a menos de 10 volts.','mosgateP'],\n      ['Aplicaciones','Interruptores high-side, protecci\u00f3n contra inversi\u00f3n de polaridad y la mitad complementaria del CMOS.','mosappsP'],\n      ['Datasheet y encapsulado','C\u00f3mo leer sus datos y reconocer el patillaje del SO-8, que es el que m\u00e1s se ve en laptops.','mosdsP'],\n    ],\n  },\n};\n\nfunction renderMOS(kind){\n  const d = MOSFET_DATA[kind];\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">${mosfetSymbol(kind)}<\/div>\n      <div class=\"concept-title\">${d.title}<\/div>\n      <div class=\"spec-box\">\n        <b>${d.specTitle}<\/b>\n        <p>${d.spec}<\/p>\n      <\/div>\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">\n        ${d.bullets.map((b,i)=>{\n          const cfg = MODAL_CONFIG[b[2]];\n          return `\n          <div class=\"bullet\">\n            <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n            <div class=\"btext\"><div class=\"row\"><b>${b[0]}<\/b><\/div><p>${b[1]}<\/p><\/div>\n          <\/div>`;\n        }).join('')}\n      <\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderMosfet(){ return renderMOS('n'); }\nfunction renderMosfetP(){ return renderMOS('p'); }\n\nfunction renderGates(){\n  return `\n  <div class=\"slide-inner\">\n    <h1 class=\"slide-title\" style=\"text-transform:uppercase;letter-spacing:.01em;\">Compuertas l\u00f3gicas<\/h1>\n    <p class=\"slide-sub\">Circuitos digitales que implementan operaciones booleanas b\u00e1sicas combinando transistores.<\/p>\n    <div class=\"gates-grid\">\n      ${GATES.map(g=>`\n        <button class=\"gate-card clickable\" onclick=\"openGate('${g[1]}')\" title=\"Ver la tabla de verdad de ${g[1]}\">\n          <div class=\"row\">${icon(g[0])}<b>${g[1]}<\/b><\/div>\n          <p>${g[2]}<\/p>\n          <span class=\"gate-card-go\">ver tabla de verdad \u2192<\/span>\n        <\/button>`).join('')}\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderComparator(){\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">\n        <svg viewBox=\"0 0 180 140\" width=\"160\" height=\"124\">\n          <polygon points=\"55,25 55,105 115,65\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"2.5\"\/>\n          <line x1=\"18\" y1=\"42\" x2=\"55\" y2=\"42\" stroke=\"#fff\" stroke-width=\"3\"\/>\n          <line x1=\"18\" y1=\"88\" x2=\"55\" y2=\"88\" stroke=\"#fff\" stroke-width=\"3\"\/>\n          <line x1=\"115\" y1=\"65\" x2=\"155\" y2=\"65\" stroke=\"#fff\" stroke-width=\"3\"\/>\n          <text x=\"22\" y=\"38\" font-family=\"Inter\" font-size=\"15\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n          <text x=\"22\" y=\"98\" font-family=\"Inter\" font-size=\"17\" font-weight=\"700\" fill=\"#12B886\">\u2013<\/text>\n          <text x=\"10\" y=\"115\" font-family=\"Inter\" font-size=\"10\" fill=\"#C9D6DE\">VIN+\/VIN\u2212<\/text>\n          <text x=\"122\" y=\"55\" font-family=\"Inter\" font-size=\"10\" fill=\"#C9D6DE\">OUT<\/text>\n        <\/svg>\n      <\/div>\n      <div class=\"concept-title\">Comparadores<\/div>\n      <div class=\"spec-box\">\n        <b style=\"font-family:var(--font-mono);font-size:12px;\">VOUT = ALTO si V+ &gt; V\u2212<\/b>\n        <p style=\"margin-top:6px;font-family:var(--font-mono);\">VOUT = BAJO si V+ &lt; V\u2212<\/p>\n      <\/div>\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">\n        ${[\n          ['Definici\u00f3n','Circuito que compara dos voltajes de entrada y entrega una salida digital seg\u00fan cu\u00e1l sea mayor.','cmpsim'],\n          ['Funcionamiento',\"Amplifica al m\u00e1ximo la diferencia entre sus dos entradas, saturando la salida en 'alto' o 'bajo'.\",'cmpsim'],\n          ['Diferencia con el amplificador operacional','El comparador est\u00e1 optimizado para conmutar r\u00e1pido entre dos estados, no para amplificaci\u00f3n lineal.','cmpvs'],\n          ['Aplicaciones','Detecci\u00f3n de umbral, conversi\u00f3n anal\u00f3gico-digital, osciladores y circuitos de protecci\u00f3n.','cmpapps'],\n        ].map((b,i)=>{\n          const cfg = b[2] ? MODAL_CONFIG[b[2]] : null;\n          return `\n          <div class=\"bullet\">\n            <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n            <div class=\"btext\"><div class=\"row\"><b>${b[0]}<\/b><\/div><p>${b[1]}<\/p><\/div>\n          <\/div>`;\n        }).join('')}\n      <\/div>\n    <\/div>\n  <\/div>`;\n}\n\n\n\/* ============================================================\n   HOJAS POR COMPUERTA \u2014 tabla de verdad interactiva\n   ============================================================ *\/\nconst GATE_DATA = {\n  AND:  { ex:1, icon:'gate_and',  n:2, expr:'S = A \u00b7 B',\n          desc:'Solo entrega 1 cuando TODAS sus entradas valen 1. Equivale a dos interruptores en serie: la corriente pasa \u00fanicamente si ambos est\u00e1n cerrados.',\n          rows:[[0,0,0],[0,1,0],[1,0,0],[1,1,1]] },\n  OR:   { ex:1, icon:'gate_or',   n:2, expr:'S = A + B',\n          desc:'Entrega 1 si ALGUNA de sus entradas vale 1. Equivale a dos interruptores en paralelo: basta con que uno est\u00e9 cerrado.',\n          rows:[[0,0,0],[0,1,1],[1,0,1],[1,1,1]] },\n  NOT:  { ex:1, icon:'gate_not',  n:1, expr:'S = \u0100',\n          desc:'Invierte el valor de su \u00fanica entrada. Tambi\u00e9n se le llama inversor y es la compuerta m\u00e1s simple que existe.',\n          rows:[[0,1],[1,0]] },\n  NAND: { ex:1, icon:'gate_nand', n:2, expr:'S = (A \u00b7 B)\u203e',\n          desc:'Es una AND seguida de un inversor: entrega 0 solo cuando ambas entradas valen 1. Se le llama compuerta universal porque con NAND se puede construir cualquier otra.',\n          rows:[[0,0,1],[0,1,1],[1,0,1],[1,1,0]] },\n  NOR:  { ex:1, icon:'gate_nor',  n:2, expr:'S = (A + B)\u203e',\n          desc:'Es una OR seguida de un inversor: entrega 1 \u00fanicamente cuando todas las entradas valen 0. Tambi\u00e9n es universal.',\n          rows:[[0,0,1],[0,1,0],[1,0,0],[1,1,0]] },\n  XOR:  { ex:1, icon:'gate_xor',  n:2, expr:'S = A \u2295 B',\n          desc:'Entrega 1 solo cuando sus entradas son DIFERENTES. Es la base de los sumadores binarios y de los comparadores.',\n          rows:[[0,0,0],[0,1,1],[1,0,1],[1,1,0]] },\n};\n\nconst GATE_STATE = {};\n\nfunction openGate(key){\n  const g = GATE_DATA[key];\n  const head = g.n === 2\n    ? '<tr><th>A<\/th><th>B<\/th><th>Salida<\/th><\/tr>'\n    : '<tr><th>A<\/th><th>Salida<\/th><\/tr>';\n  const body = g.rows.map((r,i)=>\n    `<tr id=\"gt-${key}-r${i}\">${r.map((v,j)=>\n      `<td class=\"${j === r.length-1 ? 'gt-out' : ''}\">${v}<\/td>`).join('')}<\/tr>`\n  ).join('');\n  const toggles = (g.n === 2 ? ['a','b'] : ['a']).map(w =>\n    `<button class=\"gt-toggle\" id=\"gt-${key}-${w}\" onclick=\"toggleGate('${key}','${w}')\">\n       <span class=\"gt-name\">${w.toUpperCase()}<\/span><span class=\"gt-val\">0<\/span>\n     <\/button>`).join('');\n\n  document.getElementById('gateTitle').textContent = 'Compuerta ' + key;\n  document.getElementById('gateSub').textContent = g.desc;\n  document.getElementById('gateBody').innerHTML = `\n    <div class=\"gate-modal\">\n      <div class=\"gate-left\">\n        <div class=\"gate-sym\">${icon(g.icon)}<\/div>\n        <div class=\"gate-expr\">${g.expr}<\/div>\n      <\/div>\n      <div class=\"gate-right\">\n        <div class=\"gt-play\">\n          <span class=\"gt-hint\">Toca las entradas para probarla:<\/span>\n          <div class=\"gt-toggles\">${toggles}<\/div>\n          <div class=\"gt-arrow\">\u2192<\/div>\n          <div class=\"gt-result\" id=\"gt-${key}-out\">0<\/div>\n        <\/div>\n        <table class=\"gt-table\" id=\"gt-${key}-table\">\n          <thead>${head}<\/thead>\n          <tbody>${body}<\/tbody>\n        <\/table>\n        ${g.ex ? `\n        <button class=\"measure-btn gt-example-btn\" onclick=\"openExample('${key}')\">\n          <svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M5 3l14 9-14 9V3z\"\/><\/svg>\n          <span>Ver un ejemplo real<\/span>\n        <\/button>` : ''}\n      <\/div>\n    <\/div>`;\n  GATE_STATE[key] = { a:0, b:0 };\n  refreshGate(key);\n  document.getElementById('gateModal').classList.add('open');\n}\n\nfunction gateCompute(key, a, b){\n  switch(key){\n    case 'AND':  return a & b;\n    case 'OR':   return a | b;\n    case 'NOT':  return a ? 0 : 1;\n    case 'NAND': return (a & b) ? 0 : 1;\n    case 'NOR':  return (a | b) ? 0 : 1;\n    case 'XOR':  return a ^ b;\n  }\n  return 0;\n}\n\nfunction refreshGate(key){\n  const g = GATE_DATA[key];\n  const st = GATE_STATE[key] || (GATE_STATE[key] = { a:0, b:0 });\n  const out = gateCompute(key, st.a, st.b);\n\n  ['a','b'].forEach(w=>{\n    const el = document.getElementById(`gt-${key}-${w}`);\n    if(!el) return;\n    el.classList.toggle('on', st[w] === 1);\n    el.querySelector('.gt-val').textContent = st[w];\n  });\n\n  const outEl = document.getElementById(`gt-${key}-out`);\n  if(outEl){ outEl.textContent = out; outEl.classList.toggle('on', out === 1); }\n\n  const target = g.n === 2 ? (st.a * 2 + st.b) : st.a;\n  g.rows.forEach((r,i)=>{\n    const row = document.getElementById(`gt-${key}-r${i}`);\n    if(row) row.classList.toggle('active', i === target);\n  });\n}\n\nfunction toggleGate(key, which){\n  const st = GATE_STATE[key] || (GATE_STATE[key] = { a:0, b:0 });\n  st[which] = st[which] ? 0 : 1;\n  refreshGate(key);\n}\n\nconst EXAMPLES = {\n  AND: { topo:'series', inv:false,\n    title:'Seguridad de una m\u00e1quina',\n    sub:'Una prensa industrial solo debe arrancar si la <b>puerta est\u00e1 cerrada<\/b> <b>Y<\/b> el operador <b>presiona el bot\u00f3n<\/b>. Los dos interruptores van en serie: eso es f\u00edsicamente una compuerta AND.',\n    a:'Puerta cerrada', b:'Bot\u00f3n inicio', dev:'M', devName:'motor',\n    on:'EN MARCHA', off:'DETENIDO',\n    msgOn:'Puerta cerrada Y bot\u00f3n presionado: la m\u00e1quina arranca.',\n    msgSome:'Falta una condici\u00f3n: la m\u00e1quina sigue detenida.',\n    msgNone:'Ninguna condici\u00f3n cumplida: la m\u00e1quina est\u00e1 detenida.' },\n\n  OR: { topo:'parallel', inv:false,\n    title:'L\u00e1mpara con dos apagadores',\n    sub:'Un pasillo con un apagador en cada extremo: la luz enciende si se acciona <b>cualquiera<\/b> de los dos. Los interruptores van en paralelo, que es una compuerta OR.',\n    a:'Apagador A', b:'Apagador B', dev:'\ud83d\udca1', devName:'l\u00e1mpara',\n    on:'ENCENDIDA', off:'APAGADA',\n    msgOn:'Con cualquiera de los dos (o ambos) la luz enciende.',\n    msgSome:'Basta con uno: la luz ya est\u00e1 encendida.',\n    msgNone:'Ning\u00fan apagador accionado: la luz est\u00e1 apagada.' },\n\n  NOT: { topo:'single', inv:true,\n    title:'Alarma de puerta abierta',\n    sub:'Un sensor entrega 1 cuando la puerta est\u00e1 <b>cerrada<\/b>. La alarma debe sonar justo en el caso contrario, as\u00ed que se invierte la se\u00f1al: eso es una compuerta NOT.',\n    a:'Puerta cerrada', b:null, dev:'\ud83d\udd14', devName:'alarma',\n    on:'SONANDO', off:'EN SILENCIO',\n    msgOn:'Puerta abierta (sensor en 0): la alarma suena.',\n    msgSome:'',\n    msgNone:'Puerta cerrada (sensor en 1): todo en orden.' },\n\n  NAND: { topo:'series', inv:true,\n    title:'Testigo de cinturones',\n    sub:'El tablero mantiene el testigo <b>encendido<\/b> mientras no est\u00e9n puestos <b>los dos<\/b> cinturones. Es una AND en serie seguida de un inversor: una compuerta NAND.',\n    a:'Cintur\u00f3n 1', b:'Cintur\u00f3n 2', dev:'\u26a0', devName:'testigo',\n    on:'ENCENDIDO', off:'APAGADO',\n    msgOn:'Falta alg\u00fan cintur\u00f3n: el testigo sigue encendido.',\n    msgSome:'A\u00fan falta uno: el testigo no se apaga.',\n    msgNone:'Los dos cinturones puestos: el testigo se apaga.' },\n\n  NOR: { topo:'parallel', inv:true,\n    title:'Piloto de \"todo apagado\"',\n    sub:'Una luz verde que solo enciende cuando <b>ning\u00fan<\/b> motor est\u00e1 funcionando. Los sensores van en paralelo y la se\u00f1al se invierte: es una compuerta NOR.',\n    a:'Motor 1 activo', b:'Motor 2 activo', dev:'\u2713', devName:'piloto verde',\n    on:'TODO APAGADO', off:'HAY ACTIVIDAD',\n    msgOn:'Ning\u00fan motor activo: el piloto verde enciende.',\n    msgSome:'Hay un motor activo: el piloto se apaga.',\n    msgNone:'Los dos motores activos: el piloto se apaga.' },\n\n  XOR: { topo:'stairs', inv:false,\n    title:'Apagador de escalera',\n    sub:'La luz de una escalera se controla desde arriba y desde abajo: cambiar <b>cualquiera<\/b> de los dos apagadores invierte el estado. Eso es exactamente una compuerta XOR.',\n    a:'Apagador abajo', b:'Apagador arriba', dev:'\ud83d\udca1', devName:'l\u00e1mpara',\n    on:'ENCENDIDA', off:'APAGADA',\n    msgOn:'Los apagadores est\u00e1n en posiciones distintas: la luz enciende.',\n    msgSome:'Los apagadores est\u00e1n en posiciones distintas: la luz enciende.',\n    msgNone:'Ambos en la misma posici\u00f3n: la luz est\u00e1 apagada.' },\n};\n\nlet exKey = 'AND';\nconst exState = { a:0, b:0 };\n\nfunction exSvg(cfg){\n  const inv = cfg.inv;\n  const devX = inv ? 556 : 506;\n  const inverter = inv ? `\n    <polygon points=\"430,88 430,128 466,108\" fill=\"#0A2540\"\/>\n    <circle cx=\"472\" cy=\"108\" r=\"6\" fill=\"#0A2540\"\/>\n    <line x1=\"478\" y1=\"108\" x2=\"${devX-38}\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <text x=\"450\" y=\"150\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#5B6B79\">inversor<\/text>` : '';\n\n  let net = '';\n  if(cfg.topo === 'series'){\n    net = `\n      <line x1=\"60\" y1=\"108\" x2=\"160\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"163\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev1\" x1=\"196\" y1=\"108\" x2=\"163\" y2=\"108\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\" transform=\"rotate(-32 196 108)\"\/>\n      <circle cx=\"196\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <text x=\"180\" y=\"146\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">A<\/text>\n      <line x1=\"196\" y1=\"108\" x2=\"280\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"283\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev2\" x1=\"316\" y1=\"108\" x2=\"283\" y2=\"108\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\" transform=\"rotate(-32 316 108)\"\/>\n      <circle cx=\"316\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <text x=\"300\" y=\"146\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">B<\/text>\n      <line x1=\"316\" y1=\"108\" x2=\"${inv?430:devX-38}\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>`;\n  } else if(cfg.topo === 'parallel'){\n    net = `\n      <line x1=\"60\" y1=\"108\" x2=\"150\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <line x1=\"150\" y1=\"70\" x2=\"150\" y2=\"146\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <line x1=\"150\" y1=\"70\" x2=\"180\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"183\" cy=\"70\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev1\" x1=\"216\" y1=\"70\" x2=\"183\" y2=\"70\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\" transform=\"rotate(-32 216 70)\"\/>\n      <circle cx=\"216\" cy=\"70\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line x1=\"216\" y1=\"70\" x2=\"330\" y2=\"70\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <text x=\"200\" y=\"52\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">A<\/text>\n      <line x1=\"150\" y1=\"146\" x2=\"180\" y2=\"146\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"183\" cy=\"146\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev2\" x1=\"216\" y1=\"146\" x2=\"183\" y2=\"146\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\" transform=\"rotate(-32 216 146)\"\/>\n      <circle cx=\"216\" cy=\"146\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line x1=\"216\" y1=\"146\" x2=\"330\" y2=\"146\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <text x=\"200\" y=\"178\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">B<\/text>\n      <line x1=\"330\" y1=\"70\" x2=\"330\" y2=\"146\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <line x1=\"330\" y1=\"108\" x2=\"${inv?430:devX-38}\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>`;\n  } else if(cfg.topo === 'stairs'){\n    net = `\n      <line x1=\"60\" y1=\"108\" x2=\"160\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"163\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev1\" x1=\"163\" y1=\"108\" x2=\"216\" y2=\"78\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\"\/>\n      <line x1=\"216\" y1=\"78\" x2=\"300\" y2=\"78\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <line x1=\"216\" y1=\"138\" x2=\"300\" y2=\"138\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"216\" cy=\"78\" r=\"5\" fill=\"#5B6B79\"\/><circle cx=\"216\" cy=\"138\" r=\"5\" fill=\"#5B6B79\"\/>\n      <circle cx=\"300\" cy=\"78\" r=\"5\" fill=\"#5B6B79\"\/><circle cx=\"300\" cy=\"138\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev2\" x1=\"353\" y1=\"108\" x2=\"300\" y2=\"78\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\"\/>\n      <circle cx=\"353\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <text x=\"180\" y=\"176\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">A<\/text>\n      <text x=\"336\" y=\"176\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">B<\/text>\n      <line x1=\"353\" y1=\"108\" x2=\"${devX-38}\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>`;\n  } else {\n    net = `\n      <line x1=\"60\" y1=\"108\" x2=\"200\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n      <circle cx=\"203\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <line id=\"ex-lev1\" x1=\"236\" y1=\"108\" x2=\"203\" y2=\"108\" stroke=\"#0A2540\" stroke-width=\"5\" stroke-linecap=\"round\" transform=\"rotate(-32 236 108)\"\/>\n      <circle cx=\"236\" cy=\"108\" r=\"5\" fill=\"#5B6B79\"\/>\n      <text x=\"220\" y=\"146\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">A<\/text>\n      <line x1=\"236\" y1=\"108\" x2=\"${inv?430:devX-38}\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>`;\n  }\n\n  return `\n    <line x1=\"60\" y1=\"108\" x2=\"60\" y2=\"60\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <line x1=\"42\" y1=\"60\" x2=\"78\" y2=\"60\" stroke=\"#12B886\" stroke-width=\"5\"\/>\n    <line x1=\"49\" y1=\"46\" x2=\"71\" y2=\"46\" stroke=\"#12B886\" stroke-width=\"11\"\/>\n    <text x=\"20\" y=\"66\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n    ${net}\n    ${inverter}\n    <circle id=\"ex-dev\" cx=\"${devX}\" cy=\"108\" r=\"32\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"\/>\n    <text id=\"ex-devtxt\" x=\"${devX}\" y=\"117\" text-anchor=\"middle\" font-size=\"24\" fill=\"#5B6B79\">${cfg.dev}<\/text>\n    <text x=\"${devX}\" y=\"162\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" font-weight=\"700\" fill=\"#5B6B79\">${cfg.devName}<\/text>\n    <line x1=\"${devX+34}\" y1=\"108\" x2=\"600\" y2=\"108\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <line x1=\"600\" y1=\"108\" x2=\"600\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <line x1=\"600\" y1=\"200\" x2=\"60\" y2=\"200\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <line x1=\"60\" y1=\"200\" x2=\"60\" y2=\"46\" stroke=\"#5B6B79\" stroke-width=\"4\"\/>\n    <g id=\"ex-flow\" class=\"trace-off\">\n      <circle class=\"axp\" cx=\"70\" cy=\"108\" r=\"6\" fill=\"#FFB020\"\/>\n      <circle class=\"axp\" cx=\"70\" cy=\"108\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdx)*.33)\"\/>\n      <circle class=\"axp\" cx=\"70\" cy=\"108\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdx)*.66)\"\/>\n    <\/g>`;\n}\n\nfunction exConduct(cfg, a, b){\n  switch(cfg.topo){\n    case 'series':   return a & b;\n    case 'parallel': return a | b;\n    case 'stairs':   return a ^ b;\n    default:         return a;\n  }\n}\n\nfunction refreshExample(){\n  const cfg = EXAMPLES[exKey];\n  const a = exState.a, b = exState.b;\n  const conduct = exConduct(cfg, a, b);\n  const on = cfg.inv ? (conduct ? 0 : 1) : conduct;\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n\n  set('ex-b1', el => { el.classList.toggle('on', a === 1); el.querySelector('.gt-val').textContent = a; });\n  set('ex-b2', el => { el.classList.toggle('on', b === 1); el.querySelector('.gt-val').textContent = b; });\n\n  if(cfg.topo === 'stairs'){\n    set('ex-lev1', el => el.setAttribute('y2', a ? 138 : 78));\n    set('ex-lev2', el => el.setAttribute('y2', b ? 138 : 78));\n  } else {\n    const piv1 = cfg.topo === 'parallel' ? '216 70' : (cfg.topo === 'single' ? '236 108' : '196 108');\n    const piv2 = cfg.topo === 'parallel' ? '216 146' : '316 108';\n    set('ex-lev1', el => el.setAttribute('transform', a ? `rotate(0 ${piv1})` : `rotate(-32 ${piv1})`));\n    set('ex-lev2', el => el.setAttribute('transform', b ? `rotate(0 ${piv2})` : `rotate(-32 ${piv2})`));\n  }\n\n  set('ex-flow', el => el.classList.toggle('trace-off', !conduct));\n  set('ex-dev', el => el.setAttribute('fill', on ? '#12B886' : '#EDF1F4'));\n  set('ex-devtxt', el => el.setAttribute('fill', on ? '#fff' : '#5B6B79'));\n  set('ex-state', el => { el.textContent = on ? cfg.on : cfg.off; });\n  set('ex-badge', el => el.classList.toggle('on', on === 1));\n  set('ex-desc', el => {\n    const some = cfg.b !== null && (a || b) && !(a && b);\n    el.textContent = on ? cfg.msgOn : (some && cfg.msgSome ? cfg.msgSome : cfg.msgNone);\n  });\n}\n\nfunction toggleEx(which){\n  exState[which] = exState[which] ? 0 : 1;\n  refreshExample();\n}\n\nfunction openExample(key){\n  exKey = key;\n  const cfg = EXAMPLES[key];\n  exState.a = 0; exState.b = 0;\n  document.getElementById('exTitle').textContent = `Ejemplo real: ${cfg.title}`;\n  document.getElementById('exSub').innerHTML = cfg.sub;\n  document.getElementById('exSvg').innerHTML = exSvg(cfg);\n  document.getElementById('ex-b1').querySelector('.gt-name').textContent = cfg.a;\n  const b2 = document.getElementById('ex-b2');\n  if(cfg.b === null){ b2.style.display = 'none'; }\n  else { b2.style.display = ''; b2.querySelector('.gt-name').textContent = cfg.b; }\n  refreshExample();\n  const ex = document.getElementById('exampleModal');\n  \/\/ si ya hay otra ventana abierta (la de la compuerta), esta debe quedar al frente\n  ex.classList.toggle('encima', !!document.querySelector('.modal-overlay.open'));\n  ex.classList.add('open');\n}\n\n\n\/* ============================================================\n   COMPARADOR \u2014 simulaci\u00f3n interactiva\n   ============================================================ *\/\nlet cmpVin = 2.0;\nlet cmpRef = 2.5;\nlet cmpAuto = null;\nconst CMP_X0 = 90, CMP_W = 460, CMP_VMAX = 5;   \/\/ barra: 0 V a 5 V\n\nfunction refreshCmp(){\n  const alto = cmpVin > cmpRef;\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n  const xRef = CMP_X0 + (cmpRef \/ CMP_VMAX) * CMP_W;\n\n  set('cmpVinTxt', el => el.textContent = cmpVin.toFixed(2) + ' V');\n  set('cmpRefTxtV', el => el.textContent = cmpRef.toFixed(2) + ' V');\n  set('cmpVinVal', el => el.textContent = cmpVin.toFixed(2) + ' V');\n  set('cmpRefVal', el => el.textContent = cmpRef.toFixed(2) + ' V');\n\n  set('cmpBar', el => {\n    el.setAttribute('width', Math.max(0, (cmpVin \/ CMP_VMAX) * CMP_W));\n    el.setAttribute('fill', alto ? '#12B886' : '#2E6FD6');\n  });\n  set('cmpRefLine', el => { el.setAttribute('x1', xRef); el.setAttribute('x2', xRef); });\n  set('cmpRefTxt', el => el.setAttribute('x', xRef));\n\n  set('cmpOutBox', el => {\n    el.setAttribute('fill', alto ? '#12B886' : '#EDF1F4');\n    el.setAttribute('stroke', alto ? '#0E9270' : '#8FA3B0');\n  });\n  set('cmpOutTxt', el => { el.textContent = alto ? 'ALTO' : 'BAJO'; el.setAttribute('fill', alto ? '#fff' : '#5B6B79'); });\n  set('cmpOutV', el => { el.textContent = alto ? '5 V' : '0 V'; el.setAttribute('fill', alto ? '#0E9270' : '#5B6B79'); });\n  set('cmpBadge', el => el.classList.toggle('on', alto));\n  set('cmpBadgeTxt', el => el.textContent = alto ? 'SALIDA ALTA' : 'SALIDA BAJA');\n  set('cmpNote', el => {\n    const d = Math.abs(cmpVin - cmpRef).toFixed(2);\n    el.textContent = alto\n      ? `V+ supera la referencia por ${d} V y la salida salta al m\u00e1ximo: no hay estados intermedios.`\n      : `V+ est\u00e1 ${d} V por debajo de la referencia: la salida se mantiene en bajo.`;\n  });\n}\n\nfunction onCmpSlider(){\n  const v = document.getElementById('cmpVinRange');\n  const r = document.getElementById('cmpRefRange');\n  if(v) cmpVin = parseFloat(v.value);\n  if(r) cmpRef = parseFloat(r.value);\n  refreshCmp();\n}\n\n\/* se\u00f1al autom\u00e1tica: V+ sube y baja sola para ver los dos casos *\/\nfunction toggleCmpAuto(){\n  const lbl = document.getElementById('cmpAutoLbl');\n  if(cmpAuto){\n    clearInterval(cmpAuto); cmpAuto = null;\n    if(lbl) lbl.textContent = 'Se\u00f1al autom\u00e1tica';\n    return;\n  }\n  if(lbl) lbl.textContent = 'Detener';\n  const t0 = Date.now();\n  cmpAuto = setInterval(()=>{\n    const t = (Date.now() - t0) \/ 1000;\n    cmpVin = +(2.5 + 2.2 * Math.sin(t * 1.1)).toFixed(2);\n    const v = document.getElementById('cmpVinRange');\n    if(v) v.value = cmpVin;\n    refreshCmp();\n  }, 60);\n}\n\nfunction pararCmpAuto(){\n  if(cmpAuto){ clearInterval(cmpAuto); cmpAuto = null; }\n  const lbl = document.getElementById('cmpAutoLbl');\n  if(lbl) lbl.textContent = 'Se\u00f1al autom\u00e1tica';\n}\n\nfunction openCmpSim(){\n  pararCmpAuto();\n  cmpVin = 2.0; cmpRef = 2.5;\n  const v = document.getElementById('cmpVinRange'); if(v) v.value = 2;\n  const r = document.getElementById('cmpRefRange'); if(r) r.value = 2.5;\n  refreshCmp();\n  document.getElementById('cmpSimModal').classList.add('open');\n}\n\n\/* ---- Comparador vs amplificador operacional ---- *\/\nfunction cmpScope(ox, titulo, sub, inFn, outFn, umbral){\n  const x0 = ox + 12, x1 = ox + 258;\n  const path = fn => { let d=''; for(let x=x0; x<=x1; x+=2){ const y=Math.max(38,Math.min(196,fn(x-x0))); d += (d?' L':'M')+x.toFixed(1)+','+y.toFixed(1); } return d; };\n  return `\n    ${T(ox+135, 20, titulo, '#0A2540', 'middle', 13)}\n    ${T(ox+135, 36, sub, '#5B6B79', 'middle', 10.5)}\n    <rect x=\"${ox}\" y=\"44\" width=\"270\" height=\"164\" rx=\"8\" fill=\"#07140F\" stroke=\"#12B886\" stroke-width=\"1.5\"\/>\n    <line x1=\"${x0}\" y1=\"126\" x2=\"${x1}\" y2=\"126\" stroke=\"#12B886\" stroke-width=\"1\" opacity=\".35\" stroke-dasharray=\"4,4\"\/>\n    ${umbral ? `<line x1=\"${x0}\" y1=\"${umbral}\" x2=\"${x1}\" y2=\"${umbral}\" stroke=\"#8A5CD6\" stroke-width=\"2\" stroke-dasharray=\"5,4\"\/>\n                ${T(x1-4, umbral-6, 'umbral', '#8A5CD6', 'end', 9.5)}` : ''}\n    <path d=\"${path(inFn)}\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.4\"\/>\n    <path d=\"${path(outFn)}\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"3\"\/>`;\n}\n\nfunction buildCmpVs(){\n  const w = 2 * Math.PI \/ 120;\n  \/\/ amplificador operacional: la salida copia la entrada, solo que m\u00e1s grande\n  const opIn  = x => 126 - 14 * Math.sin(w * x);\n  const opOut = x => 126 - 62 * Math.sin(w * x);\n  \/\/ comparador: la salida salta entre dos niveles seg\u00fan el umbral\n  const cmIn  = x => 126 - 45 * Math.sin(w * x);\n  const umbral = 108;\n  const cmOut = x => (cmIn(x) < umbral ? 58 : 192);\n\n  return cmpScope(24, 'Amplificador operacional', 'con realimentaci\u00f3n: amplifica', opIn, opOut)\n       + `<line x1=\"320\" y1=\"44\" x2=\"320\" y2=\"208\" stroke=\"#E4E9EC\" stroke-width=\"2\" stroke-dasharray=\"5,5\"\/>`\n       + cmpScope(346, 'Comparador', 'sin realimentaci\u00f3n: conmuta', cmIn, cmOut, umbral)\n       + T(159, 228, 'la salida sigue la forma de la entrada', '#0E9270', 'middle', 11)\n       + T(481, 228, 'la salida solo puede estar arriba o abajo', '#0E9270', 'middle', 11);\n}\n\nfunction openCmpVs(){\n  document.getElementById('cmpVsSvg').innerHTML = buildCmpVs();\n  document.getElementById('cmpVsModal').classList.add('open');\n}\n\n\/* ---- Comparador: aplicaciones con diagramas ---- *\/\nfunction cmpTri(cx, cy, esc){\n  const e = esc || 1;\n  return `<polygon points=\"${cx-22*e},${cy-26*e} ${cx-22*e},${cy+26*e} ${cx+24*e},${cy}\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"2.4\"\/>\n          ${T(cx-13*e, cy-8*e, '+', '#12B886', 'middle', 13*e)}\n          ${T(cx-13*e, cy+16*e, '\u2013', '#12B886', 'middle', 15*e)}`;\n}\n\nconst CMP_APP_SVG = {\n  umbral: () => `\n    <circle cx=\"22\" cy=\"44\" r=\"12\" fill=\"#FFB020\"\/>\n    <line x1=\"22\" y1=\"56\" x2=\"22\" y2=\"70\" ${W}\/>\n    ${T(22,88,'sensor','#5B6B79','middle',10)}\n    <line x1=\"36\" y1=\"44\" x2=\"76\" y2=\"44\" ${W}\/>\n    <line x1=\"36\" y1=\"82\" x2=\"76\" y2=\"82\" ${W}\/>\n    ${T(50,100,'referencia','#B8860B','middle',9.5)}\n    ${cmpTri(98,63)}\n    <line x1=\"122\" y1=\"63\" x2=\"150\" y2=\"63\" ${W}\/>\n    <circle cx=\"176\" cy=\"63\" r=\"17\" fill=\"#FFE08A\" stroke=\"#B8860B\" stroke-width=\"2.4\"\/>\n    ${T(176,68,'ON','#B8860B','middle',11)}\n    ${T(110,122,'enciende al pasar el l\u00edmite','#5B6B79','middle',10)}`,\n\n  adc: () => `\n    <path d=\"M10,60 q14,-34 28,0 q14,34 28,0 q14,-34 28,0\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.6\"\/>\n    <line x1=\"8\" y1=\"60\" x2=\"104\" y2=\"60\" stroke=\"#8A5CD6\" stroke-width=\"2\" stroke-dasharray=\"5,4\"\/>\n    ${T(56,14,'se\u00f1al anal\u00f3gica','#B8860B','middle',10)}\n    ${cmpTri(130,60,.8)}\n    <polyline points=\"152,60 162,60 162,34 182,34 182,86 202,86 202,34 212,34\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"2.8\"\/>\n    ${T(186,110,'1  0  1','#0E9270','middle',12)}\n    ${T(186,124,'bits','#5B6B79','middle',9.5)}`,\n\n  oscilador: () => `\n    ${cmpTri(74,58)}\n    <line x1=\"98\" y1=\"58\" x2=\"128\" y2=\"58\" ${W}\/>\n    <polyline points=\"128,58 128,30 150,30 150,86 172,86 172,30 194,30\" fill=\"none\" stroke=\"#3FE0A5\" stroke-width=\"2.8\"\/>\n    <polyline points=\"52,40 30,40 30,96 128,96 128,70\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"2.2\" stroke-dasharray=\"4,3\"\/>\n    <polyline points=\"60,96 66,88 78,104 90,96\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"2.2\"\/>\n    ${T(78,120,'red RC de realimentaci\u00f3n','#2E6FD6','middle',9.5)}\n    ${T(170,118,'oscila solo','#0E9270','middle',10)}`,\n\n  proteccion: () => `\n    <rect x=\"8\" y=\"46\" width=\"42\" height=\"34\" rx=\"5\" fill=\"#12B886\"\/>\n    ${T(29,68,'bater\u00eda','#fff','middle',9.5)}\n    <line x1=\"50\" y1=\"63\" x2=\"76\" y2=\"63\" ${W}\/>\n    ${cmpTri(98,63,.8)}\n    <line x1=\"118\" y1=\"63\" x2=\"140\" y2=\"63\" ${W}\/>\n    <rect x=\"140\" y=\"48\" width=\"34\" height=\"30\" rx=\"4\" fill=\"#0A2540\"\/>\n    ${T(157,68,'corta','#fff','middle',10)}\n    <line x1=\"174\" y1=\"63\" x2=\"200\" y2=\"63\" ${W}\/>\n    <line x1=\"182\" y1=\"44\" x2=\"198\" y2=\"82\" stroke=\"#D64545\" stroke-width=\"4\" stroke-linecap=\"round\"\/>\n    <line x1=\"198\" y1=\"44\" x2=\"182\" y2=\"82\" stroke=\"#D64545\" stroke-width=\"4\" stroke-linecap=\"round\"\/>\n    ${T(110,118,'si el voltaje se pasa, desconecta','#5B6B79','middle',10)}`,\n};\n\nconst CMP_APPS = [\n  ['umbral','Detecci\u00f3n de umbral','Compara un sensor contra una referencia y activa algo al pasar el l\u00edmite.',['Termostatos','Sensores de luz y nivel']],\n  ['adc','Conversi\u00f3n anal\u00f3gico-digital','Es la pieza b\u00e1sica de un convertidor: decide si la se\u00f1al est\u00e1 arriba o abajo de cada nivel.',['Entradas de microcontrolador','Audio digital']],\n  ['oscilador','Oscilador','Con una red RC realimentada, su salida se invierte sola una y otra vez: genera una onda cuadrada.',['Relojes de circuito','Generadores de se\u00f1al']],\n  ['proteccion','Circuitos de protecci\u00f3n','Vigila un voltaje y desconecta la carga si se pasa del valor seguro.',['Protecci\u00f3n de bater\u00edas','Fuentes de poder']],\n];\n\nfunction openCmpApps(){\n  document.getElementById('cmpAppsGrid').innerHTML = CMP_APPS.map(a => `\n    <div class=\"source-card\">\n      <svg class=\"app-fig\" viewBox=\"0 0 220 130\" width=\"220\" height=\"130\">${CMP_APP_SVG[a[0]]()}<\/svg>\n      <h3>${a[1]}<\/h3>\n      <p>${a[2]}<\/p>\n      <ul class=\"source-specs\">${a[3].map(x=>`<li>${x}<\/li>`).join('')}<\/ul>\n    <\/div>`).join('');\n  document.getElementById('cmpAppsModal').classList.add('open');\n}\n\n\/* ---- ejemplo real: termostato ---- *\/\nconst CMP_LIMIT = 28;\nlet cmpTemp = 24;\n\nfunction refreshCmpEx(){\n  const on = cmpTemp > CMP_LIMIT;\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n  const frac = Math.min(1, Math.max(0, (cmpTemp - 10) \/ 30));\n  const h = 12 + frac * 118;\n\n  set('cmpTempFill', el => { el.setAttribute('y', 170 - h); el.setAttribute('height', h); });\n  set('cmpTempTxt', el => el.textContent = cmpTemp + ' \u00b0C');\n  set('cmpFan', el => el.setAttribute('fill', on ? '#12B886' : '#EDF1F4'));\n  set('cmpFanBlades', el => el.classList.toggle('spin', on));\n  set('cmpExFlow', el => el.classList.toggle('trace-off', !on));\n  set('cmpExBadge', el => el.classList.toggle('on', on));\n  set('cmpExState', el => el.textContent = on ? 'VENTILADOR ENCENDIDO' : 'APAGADO');\n  set('cmpExNote', el => {\n    el.textContent = on\n      ? `${cmpTemp} \u00b0C supera el l\u00edmite de ${CMP_LIMIT} \u00b0C: el comparador enciende el ventilador.`\n      : `${cmpTemp} \u00b0C est\u00e1 por debajo del l\u00edmite de ${CMP_LIMIT} \u00b0C: el ventilador permanece apagado.`;\n  });\n}\n\nfunction stepTemp(d){\n  cmpTemp = Math.min(40, Math.max(10, cmpTemp + d));\n  refreshCmpEx();\n}\n\nfunction openCmpEx(){\n  cmpTemp = 24;\n  refreshCmpEx();\n  document.getElementById('cmpExModal').classList.add('open');\n}\n\nfunction initGates(){ Object.keys(GATE_DATA).forEach(refreshGate); }\n\n\/* ============================================================\n   DIVISOR DE VOLTAJE \u2014 calculadora con campos editables\n   ============================================================ *\/\nfunction renderDivider(){\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">\n        <svg viewBox=\"0 0 250 300\" style=\"width:clamp(180px,18vw,240px);aspect-ratio:250\/300;\">\n\n          <!-- malla -->\n          <line x1=\"40\" y1=\"36\" x2=\"150\" y2=\"36\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"40\" y1=\"36\" x2=\"40\" y2=\"124\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"40\" y1=\"176\" x2=\"40\" y2=\"262\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"40\" y1=\"262\" x2=\"150\" y2=\"262\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"150\" y1=\"36\" x2=\"150\" y2=\"72\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"150\" y1=\"124\" x2=\"150\" y2=\"176\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"150\" y1=\"228\" x2=\"150\" y2=\"262\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n\n          <!-- bater\u00eda V1 -->\n          <line x1=\"24\" y1=\"124\" x2=\"56\" y2=\"124\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"32\" y1=\"134\" x2=\"48\" y2=\"134\" stroke=\"#fff\" stroke-width=\"6\"\/>\n          <line x1=\"24\" y1=\"145\" x2=\"56\" y2=\"145\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"32\" y1=\"155\" x2=\"48\" y2=\"155\" stroke=\"#fff\" stroke-width=\"6\"\/>\n          <line x1=\"24\" y1=\"166\" x2=\"56\" y2=\"166\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n          <line x1=\"32\" y1=\"176\" x2=\"48\" y2=\"176\" stroke=\"#fff\" stroke-width=\"6\"\/>\n          <text x=\"30\" y=\"116\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n          <text x=\"4\" y=\"152\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#12B886\">V1<\/text>\n\n          <!-- R1 y R2 -->\n          <polyline points=\"150,72 138,82 162,94 138,106 162,118 150,124\" fill=\"none\" stroke=\"#fff\" stroke-width=\"3.5\" stroke-linejoin=\"round\"\/>\n          <text x=\"172\" y=\"100\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#12B886\">R1<\/text>\n          <polyline points=\"150,176 138,186 162,198 138,210 162,222 150,228\" fill=\"none\" stroke=\"#fff\" stroke-width=\"3.5\" stroke-linejoin=\"round\"\/>\n          <text x=\"172\" y=\"204\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#12B886\">R2<\/text>\n\n          <!-- salida Vout -->\n          <circle cx=\"150\" cy=\"150\" r=\"5\" fill=\"#12B886\"\/>\n          <line x1=\"150\" y1=\"150\" x2=\"216\" y2=\"150\" stroke=\"#12B886\" stroke-width=\"3.5\"\/>\n          <circle cx=\"222\" cy=\"150\" r=\"5.5\" fill=\"none\" stroke=\"#12B886\" stroke-width=\"3\"\/>\n          <circle cx=\"150\" cy=\"262\" r=\"5\" fill=\"#12B886\"\/>\n          <line x1=\"150\" y1=\"262\" x2=\"216\" y2=\"262\" stroke=\"#12B886\" stroke-width=\"3.5\"\/>\n          <circle cx=\"222\" cy=\"262\" r=\"5.5\" fill=\"none\" stroke=\"#12B886\" stroke-width=\"3\"\/>\n          <text x=\"222\" y=\"178\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"15\" font-weight=\"800\" fill=\"#12B886\">Vout<\/text>\n        <\/svg>\n      <\/div>\n      <div class=\"concept-title\">Divisor de voltaje<\/div>\n      <div class=\"spec-box arriba\">\n        <div class=\"formula\">\n          <span>V<sub>out<\/sub> = V<sub>1<\/sub><\/span>\n          <span class=\"frac\"><b>I \u00b7 R2<\/b><i>I \u00b7 (R1 + R2)<\/i><\/span>\n          <span class=\"frac-eq\">=<\/span>\n          <span class=\"frac\"><b>V1 \u00b7 R2<\/b><i>R1 + R2<\/i><\/span>\n        <\/div>\n        <p>La misma corriente I pasa por las dos resistencias, as\u00ed que se simplifica y queda solo la relaci\u00f3n entre ellas.<\/p>\n      <\/div>\n    <\/div>\n\n    <div class=\"concept-right gate-right\">\n      <h3 class=\"gt-h\">Calculadora<\/h3>\n\n      <div class=\"dv-form\">\n        <label class=\"dv-field\">\n          <span>Voltaje de entrada (Vin)<\/span>\n          <div><input id=\"dvIn\" type=\"number\" value=\"9\" step=\"0.1\" min=\"0\" oninput=\"calcDivider()\"><i>V<\/i><\/div>\n        <\/label>\n        <label class=\"dv-field\">\n          <span>1.\u00aa resistencia (R1)<\/span>\n          <div><input id=\"dvIn1\" type=\"number\" value=\"1000\" step=\"100\" min=\"0\" oninput=\"calcDivider()\"><i>\u03a9<\/i><\/div>\n        <\/label>\n        <label class=\"dv-field\">\n          <span>2.\u00aa resistencia (R2)<\/span>\n          <div><input id=\"dvIn2\" type=\"number\" value=\"1000\" step=\"100\" min=\"0\" oninput=\"calcDivider()\"><i>\u03a9<\/i><\/div>\n        <\/label>\n      <\/div>\n\n      <div class=\"dv-presets\">\n        <span>Ejemplos:<\/span>\n        <button class=\"dv-preset\" onclick=\"setDivider(9,1000,1000)\">9 V \u00b7 1 k \u00b7 1 k<\/button>\n        <button class=\"dv-preset\" onclick=\"setDivider(12,10000,4700)\">12 V \u00b7 10 k \u00b7 4.7 k<\/button>\n        <button class=\"dv-preset\" onclick=\"setDivider(5,2200,10000)\">5 V \u00b7 2.2 k \u00b7 10 k<\/button>\n        <button class=\"dv-preset\" onclick=\"setDivider(19,100000,10000)\">19 V \u00b7 100 k \u00b7 10 k<\/button>\n      <\/div>\n\n      <div class=\"dv-result\">\n        <span class=\"dv-result-lbl\">Voltaje de salida (Vout)<\/span>\n        <span class=\"dv-result-val\" id=\"dvOutBig\">4.50 V<\/span>\n      <\/div>\n\n      <div class=\"dv-calc\" id=\"dvFormula\">Vout = 9 \u00d7 1000 \/ (1000 + 1000) = 4.50 V<\/div>\n\n      <div class=\"dv-bar-wrap\">\n        <div class=\"dv-bar-labels\"><span>0 V<\/span><span id=\"dvVinLbl\">9 V<\/span><\/div>\n        <div class=\"dv-bar\"><div class=\"dv-fill\" id=\"dvFill\" style=\"width:50%\"><\/div><\/div>\n        <div class=\"dv-legend\"><span class=\"dv-dot\"><\/span><span id=\"dvPct\">Vout es el 50 % de Vin<\/span><\/div>\n      <\/div>\n\n      <div class=\"dv-extra\">\n        <div class=\"dv-note\"><b>Corriente que circula<\/b><span id=\"dvCur\">4.50 mA<\/span><\/div>\n        <div class=\"dv-note\"><b>Voltaje en R1<\/b><span id=\"dvVr1\">4.50 V<\/span><\/div>\n        <div class=\"dv-note\">\n          <b>Con una carga conectada<\/b>\n          <span>\n            <label class=\"dv-load\">\n              <input type=\"checkbox\" id=\"dvUseLoad\" onchange=\"calcDivider()\"> conectar carga de\n              <input type=\"number\" id=\"dvLoad\" value=\"10000\" step=\"100\" min=\"1\" oninput=\"calcDivider()\" class=\"dv-load-in\"> \u03a9\n            <\/label>\n            <b id=\"dvLoadOut\" class=\"dv-load-out\">\u2014<\/b>\n          <\/span>\n        <\/div>\n      <\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction setDivider(vin, r1, r2){\n  const set = (id, v) => { const el = document.getElementById(id); if(el) el.value = v; };\n  set('dvIn', vin); set('dvIn1', r1); set('dvIn2', r2);\n  calcDivider();\n}\n\nfunction fmtOhm(r){\n  if(r >= 1000) return (r\/1000).toFixed(r % 1000 === 0 ? 0 : 1) + ' k\u03a9';\n  return r + ' \u03a9';\n}\n\nfunction calcDivider(){\n  const num = id => { const el = document.getElementById(id); return el ? parseFloat(el.value) : NaN; };\n  const txt = (id, v) => { const el = document.getElementById(id); if(el) el.textContent = v; };\n\n  const vin = num('dvIn'), r1 = num('dvIn1'), r2 = num('dvIn2');\n  const valido = isFinite(vin) && isFinite(r1) && isFinite(r2) && (r1 + r2) > 0;\n\n  if(!valido){\n    txt('dvOutBig', '\u2014');\n    txt('dvFormula', 'Escribe un valor en los tres campos');\n    txt('dvCur', '\u2014'); txt('dvVr1', '\u2014'); txt('dvPct', '\u2014');\n    const f = document.getElementById('dvFill'); if(f) f.style.width = '0%';\n    return;\n  }\n\n  const vout = vin * r2 \/ (r1 + r2);\n  const i = vin \/ (r1 + r2);                 \/\/ A\n  const pct = vin > 0 ? (vout \/ vin) * 100 : 0;\n\n  txt('dvOutBig', vout.toFixed(2) + ' V');\n  txt('dvFormula', `Vout = ${vin} \u00d7 ${r2} \/ (${r1} + ${r2}) = ${vout.toFixed(2)} V`);\n  txt('dvVinLbl', vin + ' V');\n  txt('dvPct', `Vout es el ${pct.toFixed(1)} % de Vin`);\n  txt('dvCur', (i * 1000).toFixed(3) + ' mA');\n  txt('dvVr1', (vin - vout).toFixed(2) + ' V');\n  const fill = document.getElementById('dvFill');\n  if(fill) fill.style.width = Math.max(0, Math.min(100, pct)).toFixed(1) + '%';\n\n  \/\/ con carga: R2 en paralelo con RL\n  const usar = document.getElementById('dvUseLoad');\n  const rl = num('dvLoad');\n  const out = document.getElementById('dvLoadOut');\n  if(out){\n    if(usar && usar.checked && isFinite(rl) && rl > 0){\n      const rp = (r2 * rl) \/ (r2 + rl);\n      const vl = vin * rp \/ (r1 + rp);\n      const caida = vout - vl;\n      out.textContent = `Vout baja a ${vl.toFixed(2)} V  (\u2212${caida.toFixed(2)} V)`;\n      out.classList.toggle('alerta', caida > vout * 0.1);\n    } else {\n      out.textContent = `Sin carga: ${vout.toFixed(2)} V`;\n      out.classList.remove('alerta');\n    }\n  }\n}\n\n\/* ---- s\u00edmbolos peque\u00f1os para la tabla resumen ---- *\/\nconst SYM = (c) => `<svg class=\"sym\" viewBox=\"0 0 64 34\" width=\"64\" height=\"34\" aria-hidden=\"true\">${c}<\/svg>`;\nconst L2 = (x1,y1,x2,y2,w) => `<line x1=\"${x1}\" y1=\"${y1}\" x2=\"${x2}\" y2=\"${y2}\" stroke=\"currentColor\" stroke-width=\"${w||2.4}\" stroke-linecap=\"round\"\/>`;\n\nconst TBL_SYM = {\n  voltaje: SYM(`${L2(6,17,20,17)}${L2(20,9,20,25,2.6)}${L2(28,12,28,22,5)}${L2(36,9,36,25,2.6)}${L2(44,12,44,22,5)}${L2(44,17,58,17)}`),\n  corriente: SYM(`${L2(6,17,24,17)}<circle cx=\"32\" cy=\"17\" r=\"8\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\"\/><text x=\"32\" y=\"21\" text-anchor=\"middle\" font-size=\"10\" font-weight=\"700\" fill=\"currentColor\">A<\/text>${L2(40,17,58,17)}`),\n  resistencia: SYM(`${L2(4,17,16,17)}<polyline points=\"16,17 20,9 28,25 36,9 44,25 48,17\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\" stroke-linejoin=\"round\"\/>${L2(48,17,60,17)}`),\n  capacitor: SYM(`${L2(6,17,28,17)}${L2(28,6,28,28,3)}${L2(36,6,36,28,3)}${L2(36,17,58,17)}`),\n  bobina: SYM(`${L2(4,20,14,20)}<path d=\"M14,20 q6,-14 12,0 q6,-14 12,0 q6,-14 12,0\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.6\"\/>${L2(50,20,60,20)}`),\n  diodo: SYM(`${L2(4,17,22,17)}<polygon points=\"22,8 22,26 40,17\" fill=\"currentColor\"\/>${L2(40,7,40,27,3)}${L2(40,17,60,17)}`),\n  transistor: SYM(`${L2(6,17,22,17)}${L2(22,7,22,27,3)}${L2(22,12,40,5)}${L2(22,22,40,29)}<polygon points=\"0,-3 7,0 0,3\" fill=\"currentColor\" transform=\"translate(32,26) rotate(21)\"\/>`),\n  mosfet: SYM(`${L2(6,17,18,17)}${L2(18,7,18,27,3)}${L2(24,7,24,13,3)}${L2(24,15,24,19,3)}${L2(24,21,24,27,3)}${L2(24,10,40,10)}${L2(40,10,40,4)}${L2(24,24,40,24)}${L2(40,24,40,30)}`),\n  gates: SYM(`${L2(4,10,16,10)}${L2(4,24,16,24)}<path d=\"M16,4 L30,4 A13,13 0 0 1 30,30 L16,30 Z\" fill=\"currentColor\"\/>${L2(43,17,60,17)}`),\n  comparador: SYM(`${L2(4,10,18,10)}${L2(4,24,18,24)}<polygon points=\"18,3 18,31 44,17\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2.4\"\/><text x=\"25\" y=\"14\" font-size=\"9\" font-weight=\"700\" fill=\"currentColor\">+<\/text><text x=\"25\" y=\"28\" font-size=\"9\" font-weight=\"700\" fill=\"currentColor\">\u2212<\/text>${L2(44,17,60,17)}`),\n};\n\nconst TABLA = [\n  ['Voltaje','voltaje','Volt (V)','V','Fuerza que impulsa la corriente',\n   'En modo <b>V\u2393<\/b>, con el circuito encendido y las puntas <b>en paralelo<\/b> sobre el componente.'],\n  ['Corriente','corriente','Ampere (A)','I','Flujo de carga el\u00e9ctrica',\n   'En modo <b>A<\/b>, hay que <b>abrir el circuito<\/b> e intercalar el mult\u00edmetro en serie.'],\n  ['Resistencia','resistencia','Ohm (\u03a9)','R','Oponerse al paso de la corriente',\n   'En modo <b>\u03a9<\/b>, con el circuito <b>sin energ\u00eda<\/b> y el componente fuera o con una pata levantada.'],\n  ['Capacitor','capacitor','Faradio (F)','C','Almacenar energ\u00eda el\u00e9ctrica',\n   'En modo <b>capacitancia<\/b>, descargado y fuera del circuito. En <b>\u03a9<\/b> se ve subir y quedarse en OL.'],\n  ['Bobina','bobina','Henrio (H)','L','Almacenar energ\u00eda magn\u00e9tica',\n   'Pocos mult\u00edmetros miden henrios. Se revisa en <b>\u03a9<\/b>: debe dar muy poca resistencia, no abierto.'],\n  ['Diodo','diodo','\u2014','D','Conducir corriente en un sentido',\n   'En modo <b>diodo<\/b>: unos <b>0.5 a 0.7 V<\/b> en un sentido y <b>OL<\/b> al invertir las puntas.'],\n  ['Transistor (BJT)','transistor','\u2014','Q','Amplificar o conmutar se\u00f1ales',\n   'En modo <b>diodo<\/b>, desde la base hacia emisor y colector debe marcar 0.6 V; al rev\u00e9s, OL.'],\n  ['MOSFET','mosfet','\u2014','M','Conmutaci\u00f3n de alta eficiencia',\n   'En modo <b>diodo<\/b> se mide su <b>diodo interno<\/b>. Ojo: al tocar la compuerta se queda cargado.'],\n  ['Compuertas l\u00f3gicas','gates','\u2014','AND, OR\u2026','Operaciones binarias',\n   'En modo <b>V\u2393<\/b>, midiendo cada pin: cerca de <b>Vcc<\/b> es un 1 y cerca de <b>0 V<\/b> es un 0.'],\n  ['Comparadores','comparador','\u2014','\u2014','Comparar dos voltajes',\n   'En modo <b>V\u2393<\/b>, se miden las <b>dos entradas<\/b> y la salida, que solo estar\u00e1 arriba o abajo.'],\n];\n\nfunction renderTable(parte){\n  const cortes = [[0,4],[4,7],[7,10]];\n  const [a,b] = cortes[(parte || 1) - 1];\n  const filas = TABLA.slice(a, b);\n  return `\n  <div class=\"slide-inner\">\n    <h1 class=\"slide-title\">Tabla comparativa de componentes<\/h1>\n    <div class=\"tbl-wrap\">\n      <table class=\"comp-table pro grande\">\n        <thead>\n          <tr>\n            <th>Componente<\/th>\n            <th class=\"c\">S\u00edmbolo<\/th>\n            <th>Unidad<\/th>\n            <th>Funci\u00f3n principal<\/th>\n            <th>C\u00f3mo se mide con el mult\u00edmetro<\/th>\n          <\/tr>\n        <\/thead>\n        <tbody>\n          ${filas.map(r=>`\n          <tr>\n            <td class=\"comp\">${r[0]}<\/td>\n            <td class=\"c symcell\">${TBL_SYM[r[1]]}<span>${r[3]}<\/span><\/td>\n            <td><span class=\"unidad\">${r[2]}<\/span><\/td>\n            <td>${r[4]}<\/td>\n            <td class=\"medir\">${r[5]}<\/td>\n          <\/tr>`).join('')}\n        <\/tbody>\n      <\/table>\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderConclusion(){\n  return `\n  <div class=\"concl\">\n    <div class=\"concl-glow\"><\/div>\n    <div class=\"slide-inner\" style=\"position:relative;\">\n      <div class=\"kicker\">CONCLUSI\u00d3N<\/div>\n      <div class=\"hero-rule\"><\/div>\n      <h1 class=\"slide-title on-dark\" style=\"max-width:20ch;\">Bases s\u00f3lidas para entender cualquier circuito<\/h1>\n      <ul class=\"concl-list\">${CONCLUSIONS.map(c=>`<li>${c}<\/li>`).join('')}<\/ul>\n      <div class=\"thanks\">Gracias<\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction renderSlide(s){\n  switch(s.type){\n    case 'title': return renderTitle();\n    case 'agenda': return renderAgenda();\n    case 'concept': return renderConcept(s);\n    case 'transistor': return renderTransistor();\n    case 'transistorPnp': return renderTransistorPnp();\n    case 'mosfet': return renderMosfet();\n    case 'mosfetP': return renderMosfetP();\n    case 'mosfetD': return renderMosfetD();\n    case 'divider': return renderDivider();\n    case 'gates': return renderGates();\n    case 'comparator': return renderComparator();\n    case 'table': return renderTable(s.parte);\n    case 'conclusion': return renderConclusion();\n    default: return '';\n  }\n}\n\n\/* ============================================================\n   NAV\n   ============================================================ *\/\nlet current = 0;\nconst total = SLIDES.length;\n\nfunction buildSlides(){\n  const wrap = document.getElementById('slides');\n  wrap.innerHTML = SLIDES.map(s=>`<div class=\"slide\"><div class=\"dotgrid\"><\/div>${renderSlide(s)}<\/div>`).join('');\n}\n\nfunction dotLabel(s){\n  if(s.type==='title') return 'Portada';\n  if(s.type==='agenda') return 'Agenda';\n  if(s.type==='concept') return s.title;\n  if(s.type==='transistor') return 'Transistor NPN';\n  if(s.type==='transistorPnp') return 'Transistor PNP';\n  if(s.type==='mosfet') return 'MOSFET Canal N';\n  if(s.type==='mosfetP') return 'MOSFET Canal P';\n  if(s.type==='mosfetD') return 'MOSFET doble canal';\n  if(s.type==='divider') return 'Divisor de voltaje';\n  if(s.type==='gates') return 'Compuertas l\u00f3gicas';\n  if(s.type==='comparator') return 'Comparadores';\n  if(s.type==='table') return 'Resumen ' + s.parte + '\/3';\n  if(s.type==='conclusion') return 'Conclusi\u00f3n';\n  return '';\n}\n\nfunction buildDots(){\n  const wrap = document.getElementById('dotnav');\n  wrap.innerHTML = SLIDES.map((s,i)=>\n    `<button class=\"dot-btn\" data-i=\"${i}\" title=\"${dotLabel(s)}\" aria-label=\"Ir a: ${dotLabel(s)}\"><\/button>`\n  ).join('');\n  wrap.addEventListener('click', (e)=>{\n    const btn = e.target.closest('.dot-btn');\n    if(btn) goTo(parseInt(btn.dataset.i,10));\n  });\n}\n\nfunction goTo(i){\n  current = Math.max(0, Math.min(total-1, i));\n  document.querySelectorAll('.slide').forEach((s, idx)=>{\n    const d = idx - current;\n    const pos = `translate3d(${d*100}%,0,0)`;\n    s.style.webkitTransform = pos;\n    s.style.transform = pos;\n    s.classList.toggle('is-near', Math.abs(d) <= 1);\n    s.classList.toggle('is-active', d === 0);\n  });\n  document.getElementById('prevBtn').disabled = current===0;\n  document.getElementById('nextBtn').disabled = current===total-1;\n  document.querySelectorAll('.dot-btn').forEach((d,idx)=>{\n    d.classList.toggle('active', idx===current);\n  });\n  const marca = document.getElementById('marcaAgua');\n  if(marca){\n    const tipo = SLIDES[current].type;\n    marca.classList.remove('oculta');\n    \/\/ hojas con fondo oscuro en esa esquina: se usa la versi\u00f3n clara del logo\n    marca.classList.toggle('clara', tipo === 'title' || tipo === 'conclusion');\n  }\n  const activeDot = document.querySelector('.dot-btn.active');\n  if(activeDot && activeDot.scrollIntoView){\n    try { activeDot.scrollIntoView({ behavior:'smooth', inline:'center', block:'nearest' }); }\n    catch(e){ activeDot.scrollIntoView(); }\n  }\n}\n\nfunction next(){ goTo(current+1); }\nfunction prev(){ goTo(current-1); }\n\n\/* ---- multimeter simulation modal ---- *\/\nlet mmMeasuring = false;\nlet mmTimer = null;\n\nfunction resetMultimeter(){\n  if(mmTimer) clearInterval(mmTimer);\n  mmMeasuring = false;\n  const reading = document.getElementById('dmmReading');\n  const btn = document.getElementById('measureBtn');\n  const label = document.getElementById('measureBtnLabel');\n  if(reading){ reading.textContent = '\u2013 . \u2013'; reading.classList.remove('settled'); }\n  if(btn) btn.disabled = false;\n  if(label) label.textContent = 'Medir voltaje';\n  document.querySelectorAll('.probe-dot, .probe-wire').forEach(p=>p.classList.remove('active'));\n}\n\nfunction measureVoltage(){\n  if(mmMeasuring) return;\n  mmMeasuring = true;\n  const reading = document.getElementById('dmmReading');\n  const btn = document.getElementById('measureBtn');\n  const label = document.getElementById('measureBtnLabel');\n  btn.disabled = true;\n  reading.classList.remove('settled');\n  document.querySelectorAll('.probe-dot, .probe-wire').forEach(p=>p.classList.add('active'));\n\n  const target = 9.0;\n  const steps = 12;\n  let i = 0;\n  mmTimer = setInterval(()=>{\n    i++;\n    if(i >= steps){\n      clearInterval(mmTimer);\n      reading.textContent = target.toFixed(2) + ' V';\n      reading.classList.add('settled');\n      btn.disabled = false;\n      label.textContent = 'Medir de nuevo';\n      mmMeasuring = false;\n      return;\n    }\n    const jitter = (Math.random()*2.4 - 1.2);\n    const val = Math.max(0, (target\/steps)*i + jitter);\n    reading.textContent = val.toFixed(2);\n  }, 60);\n}\n\nfunction openSourceModal(){\n  document.getElementById('sourceModal').classList.add('open');\n}\nfunction closeModal(id){\n  if(id === 'cmpSimModal' && typeof pararCmpAuto === 'function') pararCmpAuto();\n  const el = document.getElementById(id);\n  el.classList.remove('open');\n  el.classList.remove('encima');\n}\n\nfunction openMultimeterModal(){\n  resetMultimeter();\n  document.getElementById('mmModal').classList.add('open');\n}\n\n\/* ---- ohmmeter (resistance) simulation modal ---- *\/\nlet ohmMeasuring = false;\nlet ohmTimer = null;\n\nfunction resetOhm(){\n  if(ohmTimer) clearInterval(ohmTimer);\n  ohmMeasuring = false;\n  const reading = document.getElementById('dmmReadingOhm');\n  const btn = document.getElementById('measureBtnOhm');\n  const label = document.getElementById('measureBtnOhmLabel');\n  if(reading){ reading.textContent = '\u2013 . \u2013'; reading.classList.remove('settled'); }\n  if(btn) btn.disabled = false;\n  if(label) label.textContent = 'Medir resistencia';\n  document.querySelectorAll('#probeLeft, #probeRight, #wireLeft, #wireRight').forEach(p=>p.classList.remove('active'));\n}\n\nfunction measureResistance(){\n  if(ohmMeasuring) return;\n  ohmMeasuring = true;\n  const reading = document.getElementById('dmmReadingOhm');\n  const btn = document.getElementById('measureBtnOhm');\n  const label = document.getElementById('measureBtnOhmLabel');\n  btn.disabled = true;\n  reading.classList.remove('settled');\n  document.querySelectorAll('#probeLeft, #probeRight, #wireLeft, #wireRight').forEach(p=>p.classList.add('active'));\n\n  const target = 320;\n  const steps = 12;\n  let i = 0;\n  ohmTimer = setInterval(()=>{\n    i++;\n    if(i >= steps){\n      clearInterval(ohmTimer);\n      reading.textContent = target.toFixed(1) + ' \u03a9';\n      reading.classList.add('settled');\n      btn.disabled = false;\n      label.textContent = 'Medir de nuevo';\n      ohmMeasuring = false;\n      return;\n    }\n    const jitter = (Math.random()*30 - 15);\n    const val = Math.max(0, (target\/steps)*i + jitter);\n    reading.textContent = val.toFixed(1);\n  }, 60);\n}\n\nfunction openOhmModal(){\n  resetOhm();\n  document.getElementById('ohmModal').classList.add('open');\n}\n\n\/* ---- series-resistor voltage staging simulation ---- *\/\nlet seriesStage = -1;\nlet seriesMeasuring = false;\nlet seriesTimer = null;\n\nconst SERIES_STAGES = [\n  { targetX: 180, targetY: 70, value: 3.00, included: [1],       nextLabel: 'Medir R1 + R2' },\n  { targetX: 270, targetY: 70, value: 6.00, included: [1,2],     nextLabel: 'Medir R1 + R2 + R3' },\n  { targetX: 380, targetY: 70, value: 9.00, included: [1,2,3],   nextLabel: 'Reiniciar' },\n];\n\nfunction resetSeries(){\n  if(seriesTimer) clearInterval(seriesTimer);\n  seriesMeasuring = false;\n  seriesStage = -1;\n  const reading = document.getElementById('dmmReadingSeries');\n  const btn = document.getElementById('measureBtnSeries');\n  const label = document.getElementById('measureBtnSeriesLabel');\n  if(reading){ reading.textContent = '\u2013 . \u2013'; reading.classList.remove('settled'); }\n  if(btn) btn.disabled = false;\n  if(label) label.textContent = 'Medir R1';\n  document.querySelectorAll('#probeRedS, #probeBlackS, #wireRedS, #wireBlackS').forEach(p=>p.classList.remove('active'));\n  document.querySelectorAll('.res-seg').forEach(el=>el.classList.remove('included'));\n  const probe = document.getElementById('probeBlackS');\n  const wire = document.getElementById('wireBlackS');\n  if(probe){ probe.setAttribute('cx', 180); probe.setAttribute('cy', 70); }\n  if(wire){ wire.setAttribute('x2', 180); wire.setAttribute('y2', 70); }\n}\n\nfunction stepSeries(){\n  if(seriesMeasuring) return;\n  if(seriesStage >= 2){ resetSeries(); return; }\n  seriesMeasuring = true;\n  const data = SERIES_STAGES[seriesStage + 1];\n  const reading = document.getElementById('dmmReadingSeries');\n  const btn = document.getElementById('measureBtnSeries');\n  const label = document.getElementById('measureBtnSeriesLabel');\n  btn.disabled = true;\n  reading.classList.remove('settled');\n  document.querySelectorAll('#probeRedS, #probeBlackS, #wireRedS, #wireBlackS').forEach(p=>p.classList.add('active'));\n\n  const probe = document.getElementById('probeBlackS');\n  const wire = document.getElementById('wireBlackS');\n  probe.setAttribute('cx', data.targetX);\n  probe.setAttribute('cy', data.targetY);\n  wire.setAttribute('x2', data.targetX);\n  wire.setAttribute('y2', data.targetY);\n  data.included.forEach(n => document.getElementById('resSeg'+n).classList.add('included'));\n\n  const target = data.value;\n  const steps = 12;\n  let i = 0;\n  seriesTimer = setInterval(()=>{\n    i++;\n    if(i >= steps){\n      clearInterval(seriesTimer);\n      reading.textContent = target.toFixed(2) + ' V';\n      reading.classList.add('settled');\n      btn.disabled = false;\n      label.textContent = data.nextLabel;\n      seriesStage++;\n      seriesMeasuring = false;\n      return;\n    }\n    const jitter = (Math.random()*1.6 - 0.8);\n    const val = Math.max(0, (target\/steps)*i + jitter);\n    reading.textContent = val.toFixed(2);\n  }, 60);\n}\n\nfunction openSeriesModal(){\n  resetSeries();\n  document.getElementById('seriesModal').classList.add('open');\n}\n\n\/* ---- resistor colour-code explorer ---- *\/\nconst CC_COLORS = [\n  ['Negro',   '#111111', 0],\n  ['Marr\u00f3n',  '#6B3F1D', 1],\n  ['Rojo',    '#D64545', 2],\n  ['Naranja', '#E8820C', 3],\n  ['Amarillo','#F2C200', 4],\n  ['Verde',   '#1E9F6E', 5],\n  ['Azul',    '#2E6FD6', 6],\n  ['Violeta', '#8A5CD6', 7],\n  ['Gris',    '#9AA5AD', 8],\n  ['Blanco',  '#FFFFFF', 9],\n];\n\nconst CC_EXAMPLES = [\n  { d1:2, d2:2, mult:1, tol:'\u00b15%',  tolColor:'#C9A227', text:'220 \u03a9' },\n  { d1:1, d2:0, mult:2, tol:'\u00b15%',  tolColor:'#C9A227', text:'1 k\u03a9' },\n  { d1:4, d2:7, mult:2, tol:'\u00b15%',  tolColor:'#C9A227', text:'4.7 k\u03a9' },\n  { d1:1, d2:0, mult:3, tol:'\u00b110%', tolColor:'#C0C0C0', text:'10 k\u03a9' },\n  { d1:3, d2:3, mult:0, tol:'\u00b15%',  tolColor:'#C9A227', text:'33 \u03a9' },\n];\nlet ccIndex = 0;\n\nfunction multLabel(m){\n  if(m === 0) return '\u00d71';\n  if(m < 3) return '\u00d7' + Math.pow(10, m);\n  return '\u00d7' + (Math.pow(10, m) \/ 1000) + 'k';\n}\n\nfunction renderColorTable(){\n  const wrap = document.getElementById('ccTable');\n  if(!wrap || wrap.dataset.built) return;\n  wrap.innerHTML = CC_COLORS.map(c =>\n    `<div class=\"cc-chip\"><span class=\"cc-sw\" style=\"background:${c[1]}\"><\/span>${c[0]} = ${c[2]}<\/div>`\n  ).join('');\n  wrap.dataset.built = '1';\n}\n\nfunction applyColorExample(){\n  const ex = CC_EXAMPLES[ccIndex];\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n  set('band1', el => el.setAttribute('fill', CC_COLORS[ex.d1][1]));\n  set('band2', el => el.setAttribute('fill', CC_COLORS[ex.d2][1]));\n  set('band3', el => el.setAttribute('fill', CC_COLORS[ex.mult][1]));\n  set('band4', el => el.setAttribute('fill', ex.tolColor));\n  set('lbl1', el => el.textContent = ex.d1);\n  set('lbl2', el => el.textContent = ex.d2);\n  set('lbl3', el => el.textContent = multLabel(ex.mult));\n  set('lbl4', el => el.textContent = ex.tol);\n  set('ccCalc', el => el.textContent = `${ex.d1}${ex.d2} ${multLabel(ex.mult)}  =`);\n  set('ccValue', el => el.textContent = ex.text);\n}\n\nfunction nextColorExample(){ ccIndex = (ccIndex + 1) % CC_EXAMPLES.length; applyColorExample(); }\n\nfunction openColorModal(){\n  renderColorTable();\n  ccIndex = 0;\n  applyColorExample();\n  document.getElementById('colorModal').classList.add('open');\n}\n\nconst SMD_EXAMPLES = [\n  { mark:'103', sys:'3 cifras', size:'0805',\n    calc:'10 \u00d7 10\u00b3', value:'10 k\u03a9',\n    note:'Las dos primeras cifras son el n\u00famero y la tercera indica cu\u00e1ntos ceros se le agregan.' },\n  { mark:'472', sys:'3 cifras', size:'0603',\n    calc:'47 \u00d7 10\u00b2', value:'4.7 k\u03a9',\n    note:'472 significa 47 seguido de 2 ceros: 4 700 \u03a9, o sea 4.7 k\u03a9.' },\n  { mark:'4R7', sys:'con R', size:'0805',\n    calc:'4.7 \u03a9', value:'4.7 \u03a9',\n    note:'La letra R marca el lugar del punto decimal. Se usa para valores menores a 10 \u03a9.' },\n  { mark:'R047', sys:'con R', size:'1206',\n    calc:'0.047 \u03a9', value:'0.047 \u03a9',\n    note:'Si la R va al inicio, el valor es menor a 1 \u03a9. T\u00edpico en resistencias de medici\u00f3n de corriente.' },\n  { mark:'4701', sys:'4 cifras (1%)', size:'0603',\n    calc:'470 \u00d7 10\u00b9', value:'4.7 k\u03a9',\n    note:'En las de precisi\u00f3n son 3 cifras + multiplicador. Mismo valor que 472, pero con 1% de tolerancia.' },\n  { mark:'01C', sys:'EIA-96', size:'0402',\n    calc:'100 \u00d7 100', value:'10 k\u03a9',\n    note:'En componentes diminutos: 2 cifras que buscan un valor en tabla (01 = 100) y una letra multiplicadora (C = \u00d7100).' },\n  { mark:'000', sys:'puente', size:'0805',\n    calc:'0 \u03a9', value:'0 \u03a9',\n    note:'No es una resistencia: es un puente conductor que une dos pistas. Muy com\u00fan en laptops.' },\n];\n\nconst SMD_SYSTEMS = [\n  ['3 cifras', 'Las dos primeras son el valor, la tercera cu\u00e1ntos ceros. Tolerancia 5%.', '103 \u2192 10 k\u03a9'],\n  ['4 cifras', 'Las tres primeras son el valor, la cuarta cu\u00e1ntos ceros. Tolerancia 1%.', '4701 \u2192 4.7 k\u03a9'],\n  ['Con R', 'La R marca el punto decimal, para valores bajos.', '4R7 \u2192 4.7 \u03a9'],\n  ['EIA-96', 'Dos cifras de tabla + letra multiplicadora, en encapsulados diminutos.', '01C \u2192 10 k\u03a9'],\n];\n\nlet smdIdx = 0;\n\nfunction renderSmdSystems(){\n  const wrap = document.getElementById('smdSys');\n  if(!wrap) return;\n  wrap.innerHTML = SMD_SYSTEMS.map(([t,d,e])=>\n    `<div class=\"smd-card\"><b>${t}<\/b><p>${d}<\/p><span>${e}<\/span><\/div>`).join('');\n}\n\nfunction applySmd(){\n  const e = SMD_EXAMPLES[smdIdx];\n  const set = (id, txt) => { const el = document.getElementById(id); if(el) el.textContent = txt; };\n  set('smdMark', e.mark);\n  set('smdSize', e.size);\n  set('smdCalc', e.calc + '  =');\n  set('smdValue', e.value);\n  set('smdNote', e.note);\n  const mark = document.getElementById('smdMark');\n  if(mark) mark.setAttribute('font-size', e.mark.length > 3 ? 46 : 56);\n}\n\nfunction nextSmd(){ smdIdx = (smdIdx + 1) % SMD_EXAMPLES.length; applySmd(); }\n\n\n\nfunction openSmdModal(){\n  renderSmdSystems();\n  smdIdx = 0;\n  applySmd();\n  document.getElementById('smdModal').classList.add('open');\n}\n\n\n\/* ---- voltage-as-pressure analogy ---- *\/\nconst PR_LEVELS = [\n  { label:'Nivel bajo',  volts:'3 V',  frac:0.30, spd:'3.2s', next:'Subir el voltaje' },\n  { label:'Nivel medio', volts:'9 V',  frac:0.65, spd:'1.9s', next:'Subir el voltaje' },\n  { label:'Nivel alto',  volts:'12 V', frac:1.00, spd:'1.1s', next:'Reiniciar' },\n];\nlet prIndex = 0;\n\nconst TANK_BOTTOM = 185, TANK_H = 140;\n\nfunction applyPressureLevel(){\n  const lv = PR_LEVELS[prIndex];\n  const h = TANK_H * lv.frac;\n  const y = TANK_BOTTOM - h;\n  const water = document.getElementById('waterFill');\n  const hLine = document.getElementById('hLine');\n  water.setAttribute('y', y);\n  water.setAttribute('height', h);\n  hLine.setAttribute('y1', y);\n  document.getElementById('prLevelLabel').textContent = lv.label;\n  document.getElementById('prVoltage').textContent = lv.volts;\n  document.getElementById('prBtnLabel').textContent = lv.next;\n  document.getElementById('pressureCard').style.setProperty('--spd', lv.spd);\n}\n\nfunction nextPressureLevel(){\n  prIndex = (prIndex + 1) % PR_LEVELS.length;\n  applyPressureLevel();\n}\n\nfunction openPressureModal(){\n  prIndex = 0;\n  applyPressureLevel();\n  document.getElementById('pressureModal').classList.add('open');\n}\n\n\/* ---- DC vs AC oscilloscope ---- *\/\nconst WAVE_MODES = [\n  { mode:'DC',     desc:'Voltaje constante',        next:'Ver corriente alterna (AC)', dc:true,  ac:false },\n  { mode:'AC',     desc:'Voltaje que se invierte',  next:'Comparar las dos',           dc:false, ac:true  },\n  { mode:'DC + AC',desc:'Comparaci\u00f3n lado a lado',  next:'Volver a DC',                dc:true,  ac:true  },\n];\nlet waveIndex = 0;\nlet acPathBuilt = false;\n\nfunction buildAcPath(){\n  if(acPathBuilt) return;\n  const period = 108, amp = 46, mid = 120;\n  const startX = -period, endX = 700;\n  let d = '';\n  for(let x = startX; x <= endX; x += 3){\n    const y = mid - amp * Math.sin((2 * Math.PI * x) \/ period);\n    d += (d ? ' L' : 'M') + x.toFixed(1) + ',' + y.toFixed(1);\n  }\n  document.getElementById('acTrace').setAttribute('d', d);\n  acPathBuilt = true;\n}\n\nfunction applyWaveMode(){\n  const w = WAVE_MODES[waveIndex];\n  document.getElementById('dcTrace').classList.toggle('trace-off', !w.dc);\n  document.getElementById('dcLabel').classList.toggle('trace-off', !w.dc);\n  document.getElementById('acGroup').classList.toggle('trace-off', !w.ac);\n  document.getElementById('acLabel').classList.toggle('trace-off', !w.ac);\n  document.getElementById('waveMode').textContent = w.mode;\n  document.getElementById('waveDesc').textContent = w.desc;\n  document.getElementById('waveBtnLabel').textContent = w.next;\n}\n\nfunction nextWaveMode(){\n  waveIndex = (waveIndex + 1) % WAVE_MODES.length;\n  applyWaveMode();\n}\n\nfunction openWaveModal(){\n  buildAcPath();\n  waveIndex = 0;\n  applyWaveMode();\n  document.getElementById('waveModal').classList.add('open');\n}\n\n\/* ---- Corriente: flujo de electrones ---- *\/\nconst FLOW_LEVELS = [\n  { desc:'Corriente baja',  amps:'0.5 A', spd:'3.4s', next:'Subir la corriente' },\n  { desc:'Corriente media', amps:'1 A',   spd:'2.0s', next:'Subir la corriente' },\n  { desc:'Corriente alta',  amps:'2 A',   spd:'1.1s', next:'Reiniciar' },\n];\nlet flowIdx = 0;\nfunction applyFlowLevel(){\n  const f = FLOW_LEVELS[flowIdx];\n  document.getElementById('flowDesc').textContent = f.desc;\n  document.getElementById('flowAmps').textContent = f.amps;\n  document.getElementById('flowBtnLabel').textContent = f.next;\n  document.getElementById('flowCard').style.setProperty('--spd', f.spd);\n}\nfunction nextFlowLevel(){ flowIdx = (flowIdx + 1) % FLOW_LEVELS.length; applyFlowLevel(); }\nfunction openFlowModal(){ flowIdx = 0; applyFlowLevel(); document.getElementById('flowModal').classList.add('open'); }\n\n\/* ---- Corriente: sentido convencional vs real ---- *\/\nconst CONV_MODES = [\n  { mode:'Convencional', desc:'Como se dibuja en los esquemas', conv:true,  elec:false, next:'Ver electrones reales' },\n  { mode:'Electrones',   desc:'Movimiento f\u00edsico real',         conv:false, elec:true,  next:'Ver los dos a la vez' },\n  { mode:'Ambos',        desc:'Sentidos opuestos',              conv:true,  elec:true,  next:'Volver al convencional' },\n];\nlet convIdx = 0;\nfunction applyConvMode(){\n  const c = CONV_MODES[convIdx];\n  document.getElementById('convGroup').classList.toggle('trace-off', !c.conv);\n  document.getElementById('elecGroup').classList.toggle('trace-off', !c.elec);\n  document.getElementById('convMode').textContent = c.mode;\n  document.getElementById('convDesc').textContent = c.desc;\n  document.getElementById('convBtnLabel').textContent = c.next;\n}\nfunction nextConvMode(){ convIdx = (convIdx + 1) % CONV_MODES.length; applyConvMode(); }\nfunction openConvModal(){ convIdx = 0; applyConvMode(); document.getElementById('convModal').classList.add('open'); }\n\n\/* ---- Corriente: amper\u00edmetro en serie ---- *\/\nconst AMM_STEPS = [\n  { step:'Paso 1', desc:'Circuito cerrado, sin medir',     wire:true,  dots:false, body:false, flow:true,  reading:'\u2013 . \u2013', next:'Abrir el circuito' },\n  { step:'Paso 2', desc:'Circuito abierto: no hay paso',   wire:false, dots:true,  body:false, flow:false, reading:'\u2013 . \u2013', next:'Insertar el amper\u00edmetro' },\n  { step:'Paso 3', desc:'Amper\u00edmetro intercalado en serie', wire:false, dots:false, body:true,  flow:true,  reading:'0.50 A', next:'Reiniciar' },\n];\nlet ammIdx = 0;\nfunction applyAmmStep(){\n  const a = AMM_STEPS[ammIdx];\n  document.getElementById('gapWire').classList.toggle('trace-off', !a.wire);\n  document.getElementById('gapDots').classList.toggle('trace-off', !a.dots);\n  document.getElementById('ammBody').classList.toggle('trace-off', !a.body);\n  document.getElementById('ammFlow').classList.toggle('trace-off', !a.flow);\n  const r = document.getElementById('ammReading');\n  r.textContent = a.reading;\n  r.classList.toggle('settled', a.reading !== '\u2013 . \u2013');\n  document.getElementById('ammStep').textContent = a.step;\n  document.getElementById('ammDesc').textContent = a.desc;\n  document.getElementById('ammBtnLabel').textContent = a.next;\n}\nfunction nextAmmStep(){ ammIdx = (ammIdx + 1) % AMM_STEPS.length; applyAmmStep(); }\nfunction openAmmeterModal(){ ammIdx = 0; applyAmmStep(); document.getElementById('ammModal').classList.add('open'); }\n\n\n\/* ---- Resistencia: aplicaciones con diagramas ---- *\/\nconst RES_APP_SVG = {\n  led: () => `\n    <line x1=\"24\" y1=\"30\" x2=\"24\" y2=\"46\" ${W}\/>\n    <line x1=\"10\" y1=\"46\" x2=\"38\" y2=\"46\" stroke=\"#12B886\" stroke-width=\"3.5\"\/>\n    <line x1=\"17\" y1=\"56\" x2=\"31\" y2=\"56\" stroke=\"#12B886\" stroke-width=\"7\"\/>\n    <line x1=\"24\" y1=\"56\" x2=\"24\" y2=\"100\" ${W}\/>\n    <text x=\"4\" y=\"40\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#12B886\">+<\/text>\n    <line x1=\"24\" y1=\"30\" x2=\"60\" y2=\"30\" ${W}\/>\n    <polyline points=\"60,30 66,22 78,38 90,22 102,38 108,30\" ${W} stroke-linejoin=\"round\"\/>\n    <line x1=\"108\" y1=\"30\" x2=\"140\" y2=\"30\" ${W}\/>\n    ${T(84,12,'R limitadora','#0E9270')}\n    <circle cx=\"163\" cy=\"30\" r=\"17\" fill=\"#FFE08A\" opacity=\".5\"\/>\n    <polygon points=\"152,20 176,20 164,36\" fill=\"#FFB020\"\/>\n    <line x1=\"152\" y1=\"38\" x2=\"176\" y2=\"38\" stroke=\"#FFB020\" stroke-width=\"3\"\/>\n    <line x1=\"182\" y1=\"16\" x2=\"196\" y2=\"6\" stroke=\"#FFB020\" stroke-width=\"2.4\" stroke-linecap=\"round\"\/>\n    <line x1=\"188\" y1=\"26\" x2=\"202\" y2=\"16\" stroke=\"#FFB020\" stroke-width=\"2.4\" stroke-linecap=\"round\"\/>\n    <line x1=\"164\" y1=\"38\" x2=\"164\" y2=\"100\" ${W}\/>\n    <line x1=\"24\" y1=\"100\" x2=\"164\" y2=\"100\" ${W}\/>\n    ${T(94,118,'sin ella el LED se quema','#5B6B79','middle',10)}`,\n\n  divisor: () => `\n    <line x1=\"110\" y1=\"10\" x2=\"110\" y2=\"26\" ${W}\/>\n    ${T(110,8,'Vin','#0E9270')}\n    <polyline points=\"110,26 98,36 122,48 98,60 122,72 110,82\" ${W} stroke-linejoin=\"round\"\/>\n    ${T(142,56,'R1','#0E9270','middle',11)}\n    <line x1=\"110\" y1=\"82\" x2=\"110\" y2=\"96\" ${W}\/>\n    <circle cx=\"110\" cy=\"89\" r=\"4.5\" fill=\"#12B886\"\/>\n    <line x1=\"110\" y1=\"89\" x2=\"180\" y2=\"89\" stroke=\"#12B886\" stroke-width=\"3\"\/>\n    ${T(196,93,'Vout','#0E9270','middle',11)}\n    <polyline points=\"110,96 98,106 122,118 98,130 122,142 110,152\" ${W} stroke-linejoin=\"round\" transform=\"translate(0,-34)\"\/>\n    ${T(142,110,'R2','#0E9270','middle',11)}\n    <line x1=\"110\" y1=\"118\" x2=\"110\" y2=\"126\" ${W}\/>\n    ${GND(110,126)}`,\n\n  pullup: () => `\n    <rect x=\"8\" y=\"46\" width=\"52\" height=\"38\" rx=\"5\" fill=\"#0E2F52\"\/>\n    ${T(34,70,'PIN','#fff','middle',11)}\n    <line x1=\"60\" y1=\"65\" x2=\"120\" y2=\"65\" ${W}\/>\n    <circle cx=\"120\" cy=\"65\" r=\"4.5\" fill=\"#0A2540\"\/>\n    <line x1=\"120\" y1=\"12\" x2=\"120\" y2=\"22\" ${W}\/>\n    ${T(136,14,'+V','#5B6B79','start',11)}\n    <polyline points=\"120,22 110,30 132,40 110,50 132,60 120,65\" ${W} stroke-linejoin=\"round\"\/>\n    ${T(154,44,'R pull-up','#0E9270','start',10.5)}\n    <line x1=\"120\" y1=\"65\" x2=\"120\" y2=\"86\" ${W}\/>\n    <circle cx=\"120\" cy=\"90\" r=\"4\" fill=\"#5B6B79\"\/>\n    <line x1=\"120\" y1=\"94\" x2=\"140\" y2=\"112\" ${W}\/>\n    <circle cx=\"142\" cy=\"114\" r=\"4\" fill=\"#5B6B79\"\/>\n    <line x1=\"142\" y1=\"114\" x2=\"142\" y2=\"122\" ${W}\/>\n    ${GND(142,122)}\n    ${T(74,110,'bot\u00f3n','#5B6B79','middle',10)}`,\n\n  sensado: () => `\n    <line x1=\"10\" y1=\"70\" x2=\"60\" y2=\"70\" ${W}\/>\n    <polyline points=\"60,70 68,60 84,80 100,60 116,80 124,70\" ${W} stroke-linejoin=\"round\"\/>\n    <line x1=\"124\" y1=\"70\" x2=\"180\" y2=\"70\" ${W}\/>\n    ${T(92,100,'R de 0.1 \u03a9','#0E9270')}\n    <circle cx=\"92\" cy=\"26\" r=\"17\" fill=\"#fff\" stroke=\"#2E6FD6\" stroke-width=\"2.6\"\/>\n    ${T(92,32,'V','#2E6FD6','middle',15)}\n    <line x1=\"60\" y1=\"70\" x2=\"60\" y2=\"40\" stroke=\"#2E6FD6\" stroke-width=\"2.2\" stroke-dasharray=\"4,3\"\/>\n    <line x1=\"60\" y1=\"40\" x2=\"76\" y2=\"30\" stroke=\"#2E6FD6\" stroke-width=\"2.2\" stroke-dasharray=\"4,3\"\/>\n    <line x1=\"124\" y1=\"70\" x2=\"124\" y2=\"40\" stroke=\"#2E6FD6\" stroke-width=\"2.2\" stroke-dasharray=\"4,3\"\/>\n    <line x1=\"124\" y1=\"40\" x2=\"108\" y2=\"30\" stroke=\"#2E6FD6\" stroke-width=\"2.2\" stroke-dasharray=\"4,3\"\/>\n    <polygon points=\"0,-5 11,0 0,5\" fill=\"#FFB020\" transform=\"translate(150,70)\"\/>\n    ${T(118,118,'midiendo su voltaje se sabe la corriente','#5B6B79','middle',10)}`,\n};\n\nconst RES_APPS = [\n  ['led','Limitar corriente','Un LED sin resistencia se quema. La resistencia fija cu\u00e1nta corriente puede pasar.',['LEDs indicadores','Entradas de circuitos']],\n  ['divisor','Dividir voltaje','Dos resistencias en serie reparten el voltaje y entregan una fracci\u00f3n en el punto intermedio.',['Ajustar niveles de se\u00f1al','Referencias de voltaje']],\n  ['pullup','Pull-up y pull-down','Fija un pin en un nivel conocido mientras nadie lo activa, para que no quede al aire.',['Botones y sensores','Entradas de microcontrolador']],\n  ['sensado','Medir corriente','Una resistencia muy peque\u00f1a en el camino: midiendo el voltaje sobre ella se deduce la corriente.',['Cargadores','Protecci\u00f3n por sobrecorriente']],\n];\n\nfunction openResApps(){\n  document.getElementById('resAppsGrid').innerHTML = RES_APPS.map(a => `\n    <div class=\"source-card\">\n      <svg class=\"app-fig\" viewBox=\"0 0 220 130\" width=\"220\" height=\"130\">${RES_APP_SVG[a[0]]()}<\/svg>\n      <h3>${a[1]}<\/h3>\n      <p>${a[2]}<\/p>\n      <ul class=\"source-specs\">${a[3].map(x=>`<li>${x}<\/li>`).join('')}<\/ul>\n    <\/div>`).join('');\n  document.getElementById('resAppsModal').classList.add('open');\n}\n\n\/* ---- Resistencia: oposici\u00f3n y calor ---- *\/\nconst OPP_LEVELS = [\n  { desc:'Resistencia baja',  ohms:'10 \u03a9',  spd:'1.2s', heat:'.22', next:'Subir la resistencia' },\n  { desc:'Resistencia media', ohms:'100 \u03a9', spd:'2.4s', heat:'.6',  next:'Subir la resistencia' },\n  { desc:'Resistencia alta',  ohms:'1 k\u03a9',  spd:'4.2s', heat:'1',   next:'Reiniciar' },\n];\nlet oppIdx = 0;\nfunction applyOppLevel(){\n  const o = OPP_LEVELS[oppIdx];\n  document.getElementById('oppDesc').textContent = o.desc;\n  document.getElementById('oppOhms').textContent = o.ohms;\n  document.getElementById('oppBtnLabel').textContent = o.next;\n  const card = document.getElementById('oppCard');\n  card.style.setProperty('--spd', o.spd);\n  card.style.setProperty('--heat', o.heat);\n}\nfunction nextOppLevel(){ oppIdx = (oppIdx + 1) % OPP_LEVELS.length; applyOppLevel(); }\nfunction openOppModal(){ oppIdx = 0; applyOppLevel(); document.getElementById('oppModal').classList.add('open'); }\n\n\/* ---- Capacitor: campo el\u00e9ctrico ---- *\/\nconst CAPDEF_STATES = [\n  { state:'Descargado', desc:'Sin voltaje aplicado',        charges:false, field:false, next:'Aplicar voltaje' },\n  { state:'Cargado',    desc:'Campo el\u00e9ctrico almacenado',  charges:true,  field:true,  next:'Quitar el voltaje' },\n];\nlet capDefIdx = 0;\nfunction applyCapDef(){\n  const c = CAPDEF_STATES[capDefIdx];\n  document.getElementById('capCharges').classList.toggle('trace-off', !c.charges);\n  document.getElementById('capField').classList.toggle('trace-off', !c.field);\n  document.getElementById('capDefState').textContent = c.state;\n  document.getElementById('capDefDesc').textContent = c.desc;\n  document.getElementById('capDefBtnLabel').textContent = c.next;\n}\nfunction nextCapDef(){ capDefIdx = (capDefIdx + 1) % CAPDEF_STATES.length; applyCapDef(); }\nfunction openCapDefModal(){ capDefIdx = 0; applyCapDef(); document.getElementById('capDefModal').classList.add('open'); }\n\n\/* ---- Capacitor: carga y descarga ---- *\/\nconst CAPCH_STATES = [\n  { state:'0 %',   desc:'Capacitor vac\u00edo',            bar:0,  chg:false, dch:false, lamp:false, next:'Cargar con la bater\u00eda' },\n  { state:'100 %', desc:'Cargando desde la bater\u00eda',  bar:68, chg:true,  dch:false, lamp:false, next:'Descargar en la l\u00e1mpara' },\n  { state:'0 %',   desc:'Descargando: enciende la l\u00e1mpara', bar:0, chg:false, dch:true, lamp:true, next:'Reiniciar' },\n];\nlet capChIdx = 0;\nfunction applyCapCharge(){\n  const c = CAPCH_STATES[capChIdx];\n  document.getElementById('chargeBar').setAttribute('width', c.bar);\n  document.getElementById('chgFlow').classList.toggle('trace-off', !c.chg);\n  document.getElementById('dchFlow').classList.toggle('trace-off', !c.dch);\n  document.getElementById('lampBulb').setAttribute('fill', c.lamp ? '#FFE08A' : '#EDF1F4');\n  document.getElementById('capChState').textContent = c.state;\n  document.getElementById('capChDesc').textContent = c.desc;\n  document.getElementById('capChBtnLabel').textContent = c.next;\n}\nfunction nextCapCharge(){ capChIdx = (capChIdx + 1) % CAPCH_STATES.length; applyCapCharge(); }\nfunction openCapChargeModal(){ capChIdx = 0; applyCapCharge(); document.getElementById('capChargeModal').classList.add('open'); }\n\n\/* ---- Capacitor: tipos ---- *\/\nfunction openCapTypesModal(){ document.getElementById('capTypesModal').classList.add('open'); }\n\n\/* ---- Capacitor: aplicaciones (osciloscopio) ---- *\/\nconst X0 = 50, X1 = 590, MID = 115;\n\nfunction pathFrom(fn){\n  let d = '';\n  for(let x = X0; x <= X1; x += 3){\n    const y = fn(x);\n    d += (d ? ' L' : 'M') + x.toFixed(1) + ',' + Math.max(38, Math.min(192, y)).toFixed(1);\n  }\n  return d;\n}\n\nconst CAP_APPS = [\n  {\n    name:'Filtrado',\n    desc:'Deja pasar la se\u00f1al y bloquea el ruido',\n    note:'El capacitor deriva a tierra las variaciones r\u00e1pidas (el ruido) y deja pasar la se\u00f1al \u00fatil.',\n    inLbl:'entrada con ruido', outLbl:'salida limpia',\n    inFn: x => MID - 34*Math.sin((x-X0)\/62) + 9*Math.sin(x*1.9) + 5*Math.sin(x*3.7),\n    outFn: x => MID - 34*Math.sin((x-X0)\/62),\n  },\n  {\n    name:'Suavizado',\n    desc:'Convierte el rizo en voltaje casi constante',\n    note:'Tras el rectificador, el capacitor rellena los huecos entre picos y entrega un voltaje DC estable.',\n    inLbl:'rectificado (rizo)', outLbl:'DC suavizado',\n    inFn: x => MID + 45 - 78*Math.abs(Math.sin((x-X0)\/38)),\n    outFn: x => MID - 27 + 4*Math.sin((x-X0)\/19),\n  },\n  {\n    name:'Temporizaci\u00f3n',\n    desc:'La carga tarda un tiempo predecible',\n    note:'Junto a una resistencia forma un circuito RC: el tiempo de carga define retardos y parpadeos.',\n    inLbl:'pulso de entrada', outLbl:'carga del capacitor',\n    inFn: x => x < 180 ? MID + 42 : MID - 40,\n    outFn: x => x < 180 ? MID + 42 : MID + 42 - 82*(1 - Math.exp(-(x-180)\/95)),\n  },\n  {\n    name:'Almacenamiento',\n    desc:'Acumula energ\u00eda y la libera de golpe',\n    note:'Se carga lentamente y descarga toda su energ\u00eda en un instante: as\u00ed funciona el flash de una c\u00e1mara.',\n    inLbl:'carga lenta', outLbl:'descarga r\u00e1pida',\n    inFn: x => MID + 42 - 76*(1 - Math.exp(-(x-X0)\/150)),\n    outFn: x => x < 430 ? MID + 42 : MID + 42 - 88*Math.exp(-(x-430)\/26),\n  },\n];\nlet appIdx = 0;\n\nfunction applyCapApp(){\n  const a = CAP_APPS[appIdx];\n  document.getElementById('appIn').setAttribute('d', pathFrom(a.inFn));\n  document.getElementById('appOut').setAttribute('d', pathFrom(a.outFn));\n  document.getElementById('appName').textContent = a.name;\n  document.getElementById('appDesc').textContent = a.desc;\n  document.getElementById('appNote').textContent = a.note;\n  document.getElementById('appInLbl').textContent = a.inLbl;\n  document.getElementById('appOutLbl').textContent = a.outLbl;\n}\nfunction nextCapApp(){ appIdx = (appIdx + 1) % CAP_APPS.length; applyCapApp(); }\nfunction openCapAppsModal(){ appIdx = 0; applyCapApp(); document.getElementById('capAppsModal').classList.add('open'); }\n\n\/* ---- Bobina: campo magn\u00e9tico ---- *\/\nconst IND_DEF = [\n  { desc:'Sin corriente: no hay campo', amps:'0 A',   mag:'0',  spd:'2.6s', flow:false, next:'Hacer circular corriente' },\n  { desc:'Corriente moderada',          amps:'1 A',   mag:'.55', spd:'2.2s', flow:true,  next:'Subir la corriente' },\n  { desc:'M\u00e1s corriente, campo intenso', amps:'3 A',  mag:'1',  spd:'1.1s', flow:true,  next:'Reiniciar' },\n];\nlet indDefIdx = 0;\nfunction applyIndDef(){\n  const d = IND_DEF[indDefIdx];\n  const card = document.getElementById('indDefCard');\n  card.style.setProperty('--mag', d.mag);\n  card.style.setProperty('--spd', d.spd);\n  document.getElementById('indFlow').classList.toggle('trace-off', !d.flow);\n  document.getElementById('indDefDesc').textContent = d.desc;\n  document.getElementById('indDefAmps').textContent = d.amps;\n  document.getElementById('indDefBtnLabel').textContent = d.next;\n}\nfunction nextIndDef(){ indDefIdx = (indDefIdx + 1) % IND_DEF.length; applyIndDef(); }\nfunction openIndDefModal(){ indDefIdx = 0; applyIndDef(); document.getElementById('indDefModal').classList.add('open'); }\n\n\/* ---- Bobina: oposici\u00f3n al cambio ---- *\/\nconst BHV_STEPS = [\n  {\n    state:'Reposo', desc:'Circuito apagado',\n    note:'Sin corriente circulando: la bobina est\u00e1 en reposo.',\n    next:'Cerrar el interruptor',\n    swFn: () => MID + 42,\n    curFn: () => MID + 42,\n  },\n  {\n    state:'Encendido', desc:'La corriente sube poco a poco',\n    note:'Aunque el interruptor cierra de golpe, la bobina obliga a la corriente a subir gradualmente.',\n    next:'Abrir el interruptor',\n    swFn: x => x < 150 ? MID + 42 : MID - 40,\n    curFn: x => x < 150 ? MID + 42 : MID + 42 - 82*(1 - Math.exp(-(x-150)\/90)),\n  },\n  {\n    state:'Apagado', desc:'Pico de voltaje inverso',\n    note:'Al cortar la corriente el campo se desploma y la bobina genera un pico de voltaje: la fuerza contraelectromotriz.',\n    next:'Reiniciar',\n    swFn: x => x < 330 ? MID - 40 : MID + 42,\n    curFn: x => x < 330 ? MID - 40 : (x < 350 ? MID - 40 - (x-330)*3.1 : Math.min(MID + 42, MID - 102 + (x-350)*1.7)),\n  },\n];\nlet bhvIdx = 0;\nfunction applyIndBhv(){\n  const b = BHV_STEPS[bhvIdx];\n  document.getElementById('bhvSw').setAttribute('d', pathFrom(b.swFn));\n  document.getElementById('bhvCur').setAttribute('d', pathFrom(b.curFn));\n  document.getElementById('bhvState').textContent = b.state;\n  document.getElementById('bhvDesc').textContent = b.desc;\n  document.getElementById('bhvNote').textContent = b.note;\n  document.getElementById('bhvBtnLabel').textContent = b.next;\n}\nfunction nextIndBhv(){ bhvIdx = (bhvIdx + 1) % BHV_STEPS.length; applyIndBhv(); }\nfunction openIndBhvModal(){ bhvIdx = 0; applyIndBhv(); document.getElementById('indBhvModal').classList.add('open'); }\n\n\/* ---- Bobina: n\u00facleo y aplicaciones (est\u00e1ticos) ---- *\/\nfunction openIndCoreModal(){ document.getElementById('indCoreModal').classList.add('open'); }\nfunction openIndAppsModal(){ document.getElementById('indAppsModal').classList.add('open'); }\n\n\/* ---- Diodo: analog\u00eda de la v\u00e1lvula ---- *\/\nconst VALVE_STATES = [\n  { state:'Sentido permitido', desc:'El flujo pasa sin problema',\n    hint:'El agua empuja la clapeta, la abre y pasa por el orificio',\n    fwd:true, open:true, next:'Invertir el sentido' },\n  { state:'Sentido bloqueado', desc:'La clapeta se cierra y no pasa nada',\n    hint:'El agua empuja la clapeta contra su asiento: ella misma tapa el orificio',\n    fwd:false, open:false, next:'Volver al sentido permitido' },\n];\nlet valveIdx = 0;\nfunction applyValve(){\n  const v = VALVE_STATES[valveIdx];\n  const t = (id, on) => { const el = document.getElementById(id); if(el) el.classList.toggle('trace-off', !on); };\n  t('valveFwd', v.fwd);\n  t('diodeFwd', v.fwd);\n  t('valveRev', !v.fwd);\n  t('diodeRev', !v.fwd);\n  t('blockMarks', !v.fwd);\n  \/\/ clapeta abierta: gira hacia aguas abajo sobre su bisagra\n  document.getElementById('valveFlap').setAttribute('transform', v.open ? 'rotate(-68 166 104)' : 'rotate(0 166 104)');\n  \/\/ flecha de direcci\u00f3n del agua\n  document.getElementById('valveArrowHead').setAttribute('points',\n    v.fwd ? '210,55 224,62 210,69' : '110,55 96,62 110,69');\n  document.getElementById('valveState').textContent = v.state;\n  document.getElementById('valveDesc').textContent = v.desc;\n  document.getElementById('valveHint').textContent = v.hint;\n  document.getElementById('valveBtnLabel').textContent = v.next;\n}\nfunction nextValve(){ valveIdx = (valveIdx + 1) % VALVE_STATES.length; applyValve(); }\nfunction openDiodeValveModal(){ valveIdx = 0; applyValve(); document.getElementById('diodeValveModal').classList.add('open'); }\n\n\/* ---- Diodo: polarizaci\u00f3n directa \/ inversa ---- *\/\nconst BIAS_STATES = [\n  { state:'Directa', desc:'El diodo conduce: la l\u00e1mpara enciende',\n    note:'En directa, un diodo de silicio consume unos 0.7 V y deja pasar el resto al circuito.',\n    flow:true, blocked:false, lamp:true, top:'+', bot:'\u2013', flip:false, next:'Invertir la bater\u00eda' },\n  { state:'Inversa', desc:'El diodo bloquea: no circula corriente',\n    note:'En inversa el diodo se comporta como un interruptor abierto; solo pasa una corriente de fuga despreciable.',\n    flow:false, blocked:true, lamp:false, top:'\u2013', bot:'+', flip:false, next:'Volver a directa' },\n];\nlet biasIdx = 0;\nfunction applyBias(){\n  const b = BIAS_STATES[biasIdx];\n  document.getElementById('biasFlow').classList.toggle('trace-off', !b.flow);\n  document.getElementById('biasRevFlow').classList.toggle('trace-off', b.flow);\n  document.getElementById('biasBlock').classList.toggle('trace-off', !b.blocked);\n  document.getElementById('biasLamp').setAttribute('fill', b.lamp ? '#FFE08A' : '#EDF1F4');\n  document.getElementById('batTop').textContent = b.top;\n  document.getElementById('batBot').textContent = b.bot;\n  document.getElementById('biasState').textContent = b.state;\n  document.getElementById('biasDesc').textContent = b.desc;\n  document.getElementById('biasNote').textContent = b.note;\n  document.getElementById('biasBtnLabel').textContent = b.next;\n}\nfunction nextBias(){ biasIdx = (biasIdx + 1) % BIAS_STATES.length; applyBias(); }\nfunction openDiodeBias(start){ biasIdx = start; applyBias(); document.getElementById('diodeBiasModal').classList.add('open'); }\nfunction openDiodeFwd(){ openDiodeBias(0); }\nfunction openDiodeRev(){ openDiodeBias(1); }\n\n\/* ---- Diodo: tipos ---- *\/\nfunction openDiodeTypesModal(){ document.getElementById('diodeTypesModal').classList.add('open'); }\n\n\/* ============================================================\n   TRANSISTOR BJT \u2014 modales compartidos NPN \/ PNP\n   ============================================================ *\/\nlet bjtKind = 'npn';\nconst ARROW_OUT = 'translate(472,157) rotate(32)';\nconst ARROW_IN  = 'translate(456,146) rotate(212)';\n\nfunction bjtLabel(){ return bjtKind === 'npn' ? 'TRANSISTOR NPN' : 'TRANSISTOR PNP'; }\n\n\/* ---- 1. Terminales: llave de paso + s\u00edmbolo ---- *\/\nfunction bjtDefSvg(kind){\n  const npn = kind === 'npn';\n  \/\/ flecha del emisor: NPN hacia afuera, PNP hacia la base\n  const arrow = npn\n    ? '<polygon points=\"0,-7 16,0 0,7\" fill=\"#12B886\" transform=\"translate(479,176) rotate(32.2)\"\/>'\n    : '<polygon points=\"0,-7 16,0 0,7\" fill=\"#12B886\" transform=\"translate(477,175) rotate(212.2)\"\/>';\n  \/\/ camino de la corriente principal: NPN colector\u2192emisor (baja), PNP emisor\u2192colector (sube)\n  const mainPath = npn\n    ? 'M504,50 L504,88 L450,122 L450,158 L504,192 L504,228'\n    : 'M504,228 L504,192 L450,158 L450,122 L504,88 L504,50';\n  const basePath = npn ? 'M392,140 L450,140' : 'M450,140 L392,140';\n  const dots = (dur, n, r, color, path) => Array.from({length:n}, (_,i)=>\n    `<circle r=\"${r}\" fill=\"${color}\"><animateMotion dur=\"${dur}\" repeatCount=\"indefinite\" begin=\"${(i*parseFloat(dur)\/n).toFixed(2)}s\" path=\"${path}\"\/><\/circle>`).join('');\n\n  return `\n    <!-- ================= ANALOG\u00cdA (llave vertical, manija a la izquierda) ================= -->\n    <text x=\"165\" y=\"24\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">Analog\u00eda: llave de paso<\/text>\n\n    <text x=\"178\" y=\"60\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" font-weight=\"700\" fill=\"#5B6B79\">entra (${npn ? 'colector' : 'emisor'})<\/text>\n\n    <!-- tuber\u00eda vertical -->\n    <rect x=\"150\" y=\"70\" width=\"56\" height=\"170\" rx=\"8\" fill=\"#EDF1F4\" stroke=\"#8FA3B0\" stroke-width=\"3\"\/>\n\n    <!-- agua: baja por el tubo -->\n    <clipPath id=\"bjtPipeClip\"><rect x=\"153\" y=\"73\" width=\"50\" height=\"164\"\/><\/clipPath>\n    <g clip-path=\"url(#bjtPipeClip)\">\n      <g id=\"bjtPipeFlow\" class=\"trace-off\">\n        <circle class=\"gparticle\" cx=\"170\" cy=\"78\" r=\"6\" fill=\"#FFB020\"\/>\n        <circle class=\"gparticle\" cx=\"186\" cy=\"78\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdt)*.25)\"\/>\n        <circle class=\"gparticle\" cx=\"178\" cy=\"78\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdt)*.5)\"\/>\n        <circle class=\"gparticle\" cx=\"170\" cy=\"78\" r=\"6\" fill=\"#FFB020\" style=\"animation-delay:calc(var(--spdt)*.75)\"\/>\n      <\/g>\n    <\/g>\n\n    <!-- cuerpo de la llave: ah\u00ed se guarda la compuerta al abrir -->\n    <rect x=\"88\" y=\"136\" width=\"64\" height=\"38\" rx=\"5\" fill=\"#D6DEE5\" stroke=\"#8FA3B0\" stroke-width=\"2.5\"\/>\n\n    <!-- compuerta + v\u00e1stago + manija (se mueven juntos hacia la izquierda) -->\n    <clipPath id=\"bjtGateClip\"><rect x=\"90\" y=\"138\" width=\"116\" height=\"34\"\/><\/clipPath>\n    <g id=\"bjtGate\">\n      <rect x=\"150\" y=\"141\" width=\"56\" height=\"28\" rx=\"2\" fill=\"#0A2540\" clip-path=\"url(#bjtGateClip)\"\/>\n      <line x1=\"150\" y1=\"155\" x2=\"112\" y2=\"155\" stroke=\"#5B6B79\" stroke-width=\"5\"\/>\n      <rect x=\"98\" y=\"133\" width=\"12\" height=\"44\" rx=\"6\" fill=\"#12B886\"\/>\n    <\/g>\n    <text x=\"104\" y=\"118\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#0E9270\">manija = base<\/text>\n    <text x=\"232\" y=\"160\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#5B6B79\">compuerta<\/text>\n\n    <text x=\"178\" y=\"262\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11.5\" font-weight=\"700\" fill=\"#5B6B79\">sale (${npn ? 'emisor' : 'colector'})<\/text>\n\n    <line x1=\"320\" y1=\"40\" x2=\"320\" y2=\"236\" stroke=\"#E4E9EC\" stroke-width=\"2\" stroke-dasharray=\"5,5\"\/>\n\n    <!-- ================= S\u00cdMBOLO ================= -->\n    <text x=\"436\" y=\"24\" text-anchor=\"middle\" font-family=\"Lora,serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0A2540\">S\u00edmbolo ${npn ? 'NPN' : 'PNP'}<\/text>\n\n    <line x1=\"392\" y1=\"140\" x2=\"450\" y2=\"140\" stroke=\"#0A2540\" stroke-width=\"5\"\/>\n    <line x1=\"450\" y1=\"106\" x2=\"450\" y2=\"174\" stroke=\"#0A2540\" stroke-width=\"6\"\/>\n    <line x1=\"450\" y1=\"122\" x2=\"504\" y2=\"88\"  stroke=\"#0A2540\" stroke-width=\"5\"\/>\n    <line x1=\"504\" y1=\"88\"  x2=\"504\" y2=\"50\"  stroke=\"#0A2540\" stroke-width=\"5\"\/>\n    <line x1=\"450\" y1=\"158\" x2=\"504\" y2=\"192\" stroke=\"#0A2540\" stroke-width=\"5\"\/>\n    <line x1=\"504\" y1=\"192\" x2=\"504\" y2=\"228\" stroke=\"#0A2540\" stroke-width=\"5\"\/>\n    ${arrow}\n\n    <text x=\"516\" y=\"58\"  font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0E9270\">C \u2014 Colector<\/text>\n    <text x=\"516\" y=\"232\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0E9270\">E \u2014 Emisor<\/text>\n    <text x=\"392\" y=\"128\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"700\" fill=\"#0E9270\">B<\/text>\n    <text x=\"392\" y=\"162\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">Base<\/text>\n\n    <!-- corriente de base (peque\u00f1a, azul) -->\n    <g id=\"bjtSymBase\" class=\"trace-off\">${dots('1.6s', 2, 4, '#2E6FD6', basePath)}<\/g>\n    <!-- corriente principal (grande, \u00e1mbar) -->\n    <g id=\"bjtSymSlow\" class=\"trace-off\">${dots('3.2s', 3, 6, '#FFB020', mainPath)}<\/g>\n    <g id=\"bjtSymFast\" class=\"trace-off\">${dots('1.4s', 5, 6, '#FFB020', mainPath)}<\/g>\n\n    <text x=\"480\" y=\"252\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#5B6B79\">${npn ? 'La flecha apunta hacia afuera: es un NPN' : 'La flecha apunta hacia adentro: es un PNP'}<\/text>`;\n}\n\nconst BJT_DEF = [\n  { state:'Apagado',       desc:'Base sin corriente: la compuerta est\u00e1 cerrada',\n    gate:0,   pipe:false, base:false, main:null,   spd:'2s',   next:'Dar corriente a la base' },\n  { state:'Conduce poco',  desc:'Poca corriente en la base: la compuerta abre a medias',\n    gate:-30, pipe:true, base:true,  main:'slow', spd:'3.4s', next:'Dar m\u00e1s corriente a la base' },\n  { state:'Conduce mucho', desc:'M\u00e1s corriente en la base: la compuerta abre por completo',\n    gate:-60, pipe:true, base:true,  main:'fast', spd:'1.4s', next:'Quitar la corriente de la base' },\n];\nlet bjtDefIdx = 0;\n\nfunction applyBjtDef(){\n  const d = BJT_DEF[bjtDefIdx];\n  const t = (id, on) => { const el = document.getElementById(id); if(el) el.classList.toggle('trace-off', !on); };\n  document.getElementById('bjtGate').setAttribute('transform', `translate(${d.gate},0)`);\n  document.getElementById('bjtDefCard').style.setProperty('--spdt', d.spd);\n  t('bjtPipeFlow', d.pipe);\n  t('bjtSymBase', d.base);\n  t('bjtSymSlow', d.main === 'slow');\n  t('bjtSymFast', d.main === 'fast');\n  document.getElementById('bjtDefState').textContent = d.state;\n  document.getElementById('bjtDefDesc').textContent = d.desc;\n  document.getElementById('bjtDefBtnLabel').textContent = d.next;\n}\nfunction nextBjtDef(){ bjtDefIdx = (bjtDefIdx + 1) % BJT_DEF.length; applyBjtDef(); }\n\nfunction openBjtDef(kind){\n  bjtKind = kind;\n  const npn = kind === 'npn';\n  document.getElementById('bjtDefKicker').textContent = bjtLabel();\n  document.getElementById('bjtDefSvg').innerHTML = bjtDefSvg(kind);\n  document.getElementById('bjtDefSub').innerHTML = npn\n    ? 'Piensa en el transistor como una llave de paso: la <b>base<\/b> es la manija, y controla cu\u00e1nta corriente pasa del <b>colector<\/b> al <b>emisor<\/b>.'\n    : 'Misma llave de paso, pero al rev\u00e9s: en el PNP la corriente entra por el <b>emisor<\/b> y sale por el <b>colector<\/b>, y la base se activa con un voltaje menor.';\n  document.getElementById('bjtDefNote').textContent = npn\n    ? 'Con poca fuerza en la manija se controla un caudal mucho mayor. Igual el transistor: una corriente peque\u00f1a en la base gobierna una grande entre colector y emisor.'\n    : 'Funciona igual que el NPN, pero todas las polaridades y sentidos de corriente est\u00e1n invertidos.';\n  bjtDefIdx = 0;\n  applyBjtDef();\n  document.getElementById('bjtDefModal').classList.add('open');\n}\nfunction openBjtDefN(){ openBjtDef('npn'); }\nfunction openBjtDefP(){ openBjtDef('pnp'); }\n\n\/* ---- 2. Amplificaci\u00f3n ---- *\/\nconst BJT_FUNC = [\n  { desc:'Corriente de base peque\u00f1a', ib:'1 mA',  ic:'100 mA', ibW:14, icW:50,  spdb:'2.8s', spdc:'2.0s', next:'Subir la corriente de base' },\n  { desc:'M\u00e1s base, mucho m\u00e1s colector', ib:'2 mA', ic:'200 mA', ibW:28, icW:100, spdb:'1.9s', spdc:'1.2s', next:'Subir otro poco' },\n  { desc:'Al m\u00e1ximo antes de saturar', ib:'3 mA', ic:'300 mA', ibW:44, icW:150, spdb:'1.2s', spdc:'0.7s', next:'Reiniciar' },\n];\nlet bjtFuncIdx = 0;\nfunction applyBjtFunc(){\n  const f = BJT_FUNC[bjtFuncIdx];\n  const card = document.getElementById('bjtFuncCard');\n  card.style.setProperty('--spdb', f.spdb);\n  card.style.setProperty('--spdc', f.spdc);\n  document.getElementById('ibBar').setAttribute('width', f.ibW);\n  document.getElementById('icBar').setAttribute('width', f.icW);\n  document.getElementById('ibVal').textContent = f.ib;\n  document.getElementById('icVal').textContent = f.ic;\n  document.getElementById('betaCalc').textContent = `${f.ic} = 100 \u00d7 ${f.ib}`;\n  document.getElementById('bjtFuncDesc').textContent = f.desc;\n  document.getElementById('bjtFuncBtnLabel').textContent = f.next;\n}\nfunction nextBjtFunc(){ bjtFuncIdx = (bjtFuncIdx + 1) % BJT_FUNC.length; applyBjtFunc(); }\nfunction openBjtFunc(kind){\n  bjtKind = kind;\n  document.getElementById('bjtFuncKicker').textContent = bjtLabel() + ' \u00b7 VENTANA EXTRA';\n  document.getElementById('bjtFuncArrow').setAttribute('transform',\n    kind === 'npn' ? 'translate(300,157) rotate(11.6)' : 'translate(284,151) rotate(191.6)');\n  bjtFuncIdx = 0; applyBjtFunc();\n  document.getElementById('bjtFuncModal').classList.add('open');\n}\nfunction openBjtFuncN(){ openBjtFunc('npn'); }\nfunction openBjtFuncP(){ openBjtFunc('pnp'); }\n\n\/* ---- 3. Modos de operaci\u00f3n ---- *\/\nconst BJT_MODES = [\n  { name:'Corte', desc:'Sin corriente de base: interruptor abierto', ib:'0', ic:'0',\n    base:false, coll:false, lamp:false, spdm:'2.2s', next:'Aplicar algo de corriente',\n    note:'En corte no circula nada por el colector: el transistor equivale a un interruptor abierto.' },\n  { name:'Regi\u00f3n activa', desc:'Base moderada: amplifica de forma lineal', ib:'1 mA', ic:'100 mA',\n    base:true, coll:true, lamp:'dim', spdm:'1.8s', next:'Saturar el transistor',\n    note:'En regi\u00f3n activa I_C sigue proporcionalmente a I_B: aqu\u00ed es donde el transistor amplifica se\u00f1ales.' },\n  { name:'Saturaci\u00f3n', desc:'Base alta: interruptor cerrado a tope', ib:'5 mA', ic:'300 mA',\n    base:true, coll:true, lamp:true, spdm:'0.8s', next:'Reiniciar',\n    note:'En saturaci\u00f3n ya no amplifica: conduce todo lo que puede, como un interruptor cerrado.' },\n];\nlet bjtModeIdx = 0;\nfunction applyBjtMode(){\n  const m = BJT_MODES[bjtModeIdx];\n  document.getElementById('bjtModesCard').style.setProperty('--spdm', m.spdm);\n  document.getElementById('modeBaseFlow').classList.toggle('trace-off', !m.base);\n  document.getElementById('modeCFlow').classList.toggle('trace-off', !m.coll);\n  const lamp = document.getElementById('modeLamp');\n  lamp.setAttribute('fill', m.lamp === true ? '#FFE08A' : (m.lamp === 'dim' ? '#FFF3CC' : '#EDF1F4'));\n  document.getElementById('modeIb').textContent = m.ib;\n  document.getElementById('modeIc').textContent = m.ic;\n  document.getElementById('bjtModeName').textContent = m.name;\n  document.getElementById('bjtModeDesc').textContent = m.desc;\n  document.getElementById('bjtModeNote').textContent = m.note;\n  document.getElementById('bjtModeBtnLabel').textContent = m.next;\n}\nfunction nextBjtMode(){ bjtModeIdx = (bjtModeIdx + 1) % BJT_MODES.length; applyBjtMode(); }\nfunction openBjtModes(kind){\n  bjtKind = kind;\n  document.getElementById('bjtModesKicker').textContent = bjtLabel() + ' \u00b7 VENTANA EXTRA';\n  document.getElementById('bjtModeArrow').setAttribute('transform',\n    kind === 'npn' ? 'translate(372,191) rotate(9.1)' : 'translate(356,186) rotate(189.1)');\n  document.getElementById('bjtModeBaseLbl').textContent = kind === 'npn' ? 'se\u00f1al de base' : 'se\u00f1al de base (invertida)';\n  document.getElementById('bjtModesSub').textContent = kind === 'npn'\n    ? 'Seg\u00fan cu\u00e1nta corriente reciba la base, el transistor se comporta como interruptor abierto, como amplificador, o como interruptor cerrado.'\n    : 'Los mismos tres modos del NPN, pero la base se activa sacando corriente (voltaje menor que el emisor).';\n  bjtModeIdx = 0; applyBjtMode();\n  document.getElementById('bjtModesModal').classList.add('open');\n}\nfunction openBjtModesN(){ openBjtModes('npn'); }\nfunction openBjtModesP(){ openBjtModes('pnp'); }\n\n\/* ---- 4. Aplicaciones (con diagramas) ---- *\/\n\/\/ Mini s\u00edmbolo de transistor centrado en (cx,cy). flip = emisor arriba.\nfunction trMini(cx, cy, kind, flip, color){\n  const c = color || '#0A2540';\n  const arrow = kind === 'npn'\n    ? `<polygon points=\"0,-3.2 7.5,0 0,3.2\" fill=\"${c}\" transform=\"translate(${cx},${cy+9.8}) rotate(31)\"\/>`\n    : `<polygon points=\"0,-3.2 7.5,0 0,3.2\" fill=\"${c}\" transform=\"translate(${cx+1},${cy+10.4}) rotate(211)\"\/>`;\n  const body = `\n    <line x1=\"${cx-20}\" y1=\"${cy}\" x2=\"${cx-8}\" y2=\"${cy}\" stroke=\"${c}\" stroke-width=\"2.6\"\/>\n    <line x1=\"${cx-8}\" y1=\"${cy-11}\" x2=\"${cx-8}\" y2=\"${cy+11}\" stroke=\"${c}\" stroke-width=\"3.2\"\/>\n    <line x1=\"${cx-8}\" y1=\"${cy-5}\" x2=\"${cx+7}\" y2=\"${cy-14}\" stroke=\"${c}\" stroke-width=\"2.6\"\/>\n    <line x1=\"${cx+7}\" y1=\"${cy-14}\" x2=\"${cx+7}\" y2=\"${cy-24}\" stroke=\"${c}\" stroke-width=\"2.6\"\/>\n    <line x1=\"${cx-8}\" y1=\"${cy+5}\" x2=\"${cx+7}\" y2=\"${cy+14}\" stroke=\"${c}\" stroke-width=\"2.6\"\/>\n    <line x1=\"${cx+7}\" y1=\"${cy+14}\" x2=\"${cx+7}\" y2=\"${cy+24}\" stroke=\"${c}\" stroke-width=\"2.6\"\/>\n    ${arrow}`;\n  return flip === 'v'  ? `<g transform=\"translate(${cx},${cy}) scale(1,-1) translate(${-cx},${-cy})\">${body}<\/g>`\n       : flip === 'hv' ? `<g transform=\"translate(${cx},${cy}) scale(-1,-1) translate(${-cx},${-cy})\">${body}<\/g>`\n       : body;\n}\nconst W = 'stroke=\"#5B6B79\" stroke-width=\"2.4\" fill=\"none\"';\nconst T = (x,y,txt,col,anchor,size) =>\n  `<text x=\"${x}\" y=\"${y}\" text-anchor=\"${anchor||'middle'}\" font-family=\"Inter,sans-serif\" font-size=\"${size||9.5}\" font-weight=\"700\" fill=\"${col||'#5B6B79'}\">${txt}<\/text>`;\nconst GND = (x,y) => `<line x1=\"${x-9}\" y1=\"${y}\" x2=\"${x+9}\" y2=\"${y}\" stroke=\"#5B6B79\" stroke-width=\"2.4\"\/><line x1=\"${x-5}\" y1=\"${y+4}\" x2=\"${x+5}\" y2=\"${y+4}\" stroke=\"#5B6B79\" stroke-width=\"2\"\/>`;\n\nconst APP_SVG = {\n  audio: () => `\n    <circle cx=\"22\" cy=\"58\" r=\"10\" fill=\"#5B6B79\"\/><line x1=\"22\" y1=\"68\" x2=\"22\" y2=\"84\" ${W}\/>\n    <path d=\"M38,58 q4,-6 8,0 q4,6 8,0 q4,-6 8,0 q4,6 8,0\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"2.4\"\/>\n    <line x1=\"70\" y1=\"58\" x2=\"82\" y2=\"58\" ${W}\/>\n    ${trMini(102,58,'npn')}\n    <line x1=\"109\" y1=\"34\" x2=\"109\" y2=\"22\" ${W}\/>${T(122,22,'+V')}\n    <line x1=\"109\" y1=\"82\" x2=\"109\" y2=\"92\" ${W}\/>${GND(109,92)}\n    <path d=\"M122,58 q5,-28 10,0 q5,28 10,0 q5,-28 10,0 q5,28 10,0\" fill=\"none\" stroke=\"#12B886\" stroke-width=\"2.8\"\/>\n    <rect x=\"170\" y=\"48\" width=\"8\" height=\"20\" fill=\"#0A2540\"\/>\n    <polygon points=\"178,48 198,32 198,84 178,68\" fill=\"#0A2540\"\/>\n    ${T(54,112,'se\u00f1al d\u00e9bil','#2E6FD6')}${T(142,112,'se\u00f1al fuerte','#0E9270')}`,\n\n  switch: () => `\n    <rect x=\"6\" y=\"46\" width=\"46\" height=\"34\" rx=\"5\" fill=\"#0E2F52\"\/>${T(29,67,'PIN','#fff')}\n    <line x1=\"52\" y1=\"63\" x2=\"62\" y2=\"63\" ${W}\/>\n    <polyline points=\"62,63 66,57 72,69 78,57 84,69 88,63\" ${W} stroke-linejoin=\"round\"\/>\n    <line x1=\"88\" y1=\"63\" x2=\"98\" y2=\"63\" ${W}\/>\n    ${trMini(118,63,'npn')}\n    <circle cx=\"125\" cy=\"23\" r=\"15\" fill=\"#FFE08A\" opacity=\".55\"\/>\n    <polygon points=\"117,14 133,14 125,28\" fill=\"#FFB020\"\/>\n    <line x1=\"117\" y1=\"29\" x2=\"133\" y2=\"29\" stroke=\"#FFB020\" stroke-width=\"2.6\"\/>\n    <line x1=\"125\" y1=\"4\" x2=\"125\" y2=\"14\" ${W}\/>${T(140,9,'+V')}\n    <line x1=\"125\" y1=\"29\" x2=\"125\" y2=\"39\" ${W}\/>\n    <line x1=\"125\" y1=\"87\" x2=\"125\" y2=\"98\" ${W}\/>${GND(125,98)}\n    ${T(29,94,'Arduino')}${T(170,26,'LED','#B8860B','start')}`,\n\n  logic: () => `\n    <line x1=\"150\" y1=\"4\" x2=\"150\" y2=\"8\" ${W}\/>${T(162,8,'+V','#5B6B79','start')}\n    <polyline points=\"150,8 145,11 155,15 145,19 155,23 150,26\" ${W} stroke-linejoin=\"round\"\/>\n    <line x1=\"150\" y1=\"26\" x2=\"195\" y2=\"26\" stroke=\"#12B886\" stroke-width=\"2.4\"\/>\n    ${T(200,30,'S','#0E9270','start',11)}\n    ${trMini(143,50,'npn')}\n    ${trMini(143,98,'npn')}\n    <line x1=\"80\" y1=\"50\" x2=\"123\" y2=\"50\" ${W}\/>${T(72,54,'A','#2E6FD6','middle',12)}\n    <line x1=\"80\" y1=\"98\" x2=\"123\" y2=\"98\" ${W}\/>${T(72,102,'B','#2E6FD6','middle',12)}\n    ${GND(150,124)}`,\n\n  regul: () => `\n    <path d=\"M8,22 L16,12 L24,28 L32,14 L40,30 L48,16 L56,26 L64,18 L72,22 L117,22\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.4\"\/>\n    <line x1=\"117\" y1=\"22\" x2=\"117\" y2=\"36\" ${W}\/>\n    ${trMini(110,60,'npn')}\n    <line x1=\"117\" y1=\"84\" x2=\"117\" y2=\"92\" ${W}\/>\n    <line x1=\"117\" y1=\"92\" x2=\"206\" y2=\"92\" stroke=\"#12B886\" stroke-width=\"2.8\"\/>\n    <line x1=\"90\" y1=\"60\" x2=\"70\" y2=\"60\" ${W}\/>\n    <line x1=\"70\" y1=\"60\" x2=\"70\" y2=\"74\" ${W}\/>\n    <polygon points=\"63,88 77,88 70,76\" fill=\"#2E6FD6\"\/>\n    <path d=\"M60,74 L63,76 L77,76 L80,74\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"2.2\"\/>\n    <line x1=\"70\" y1=\"88\" x2=\"70\" y2=\"98\" ${W}\/>${GND(70,98)}\n    ${T(40,8,'entrada variable','#B8860B')}\n    ${T(160,108,'salida estable','#0E9270')}${T(40,120,'referencia','#2E6FD6')}`,\n\n  highside: () => `\n    <line x1=\"60\" y1=\"10\" x2=\"170\" y2=\"10\" ${W}\/>${T(180,14,'+V','#5B6B79','start')}\n    ${trMini(120,40,'pnp','v')}\n    <line x1=\"127\" y1=\"16\" x2=\"127\" y2=\"10\" ${W}\/>\n    <line x1=\"127\" y1=\"64\" x2=\"127\" y2=\"72\" ${W}\/>\n    <circle cx=\"127\" cy=\"84\" r=\"12\" fill=\"#FFE08A\" stroke=\"#B8860B\" stroke-width=\"2.2\"\/>\n    <line x1=\"119\" y1=\"76\" x2=\"135\" y2=\"92\" stroke=\"#B8860B\" stroke-width=\"1.8\"\/>\n    <line x1=\"135\" y1=\"76\" x2=\"119\" y2=\"92\" stroke=\"#B8860B\" stroke-width=\"1.8\"\/>\n    <line x1=\"127\" y1=\"96\" x2=\"127\" y2=\"106\" ${W}\/>${GND(127,106)}\n    <line x1=\"40\" y1=\"40\" x2=\"100\" y2=\"40\" ${W}\/>\n    ${T(52,32,'control','#2E6FD6')}${T(146,88,'carga','#B8860B','start')}`,\n\n  pushpull: () => `\n    <line x1=\"117\" y1=\"4\" x2=\"117\" y2=\"12\" ${W}\/>${T(130,8,'+V','#5B6B79','start')}\n    ${trMini(110,36,'npn',false,'#0E9270')}\n    ${trMini(110,84,'pnp','v','#B8860B')}\n    <line x1=\"117\" y1=\"108\" x2=\"117\" y2=\"118\" ${W}\/>${T(130,120,'\u2212V','#5B6B79','start')}\n    <line x1=\"80\" y1=\"36\" x2=\"90\" y2=\"36\" ${W}\/><line x1=\"80\" y1=\"84\" x2=\"90\" y2=\"84\" ${W}\/>\n    <line x1=\"80\" y1=\"36\" x2=\"80\" y2=\"84\" ${W}\/>\n    <line x1=\"30\" y1=\"60\" x2=\"80\" y2=\"60\" ${W}\/>\n    <path d=\"M10,60 q5,-12 10,0 q5,12 10,0\" fill=\"none\" stroke=\"#2E6FD6\" stroke-width=\"2.2\"\/>\n    <line x1=\"117\" y1=\"60\" x2=\"158\" y2=\"60\" ${W}\/>\n    <rect x=\"158\" y=\"51\" width=\"7\" height=\"18\" fill=\"#0A2540\"\/>\n    <polygon points=\"165,51 182,38 182,82 165,69\" fill=\"#0A2540\"\/>\n    ${T(150,30,'NPN: mitad +','#0E9270','start',9)}${T(150,96,'PNP: mitad \u2212','#B8860B','start',9)}`,\n\n  mirror: () => `\n    <line x1=\"40\" y1=\"16\" x2=\"180\" y2=\"16\" ${W}\/>${T(198,20,'+V','#5B6B79')}\n    ${trMini(70,46,'pnp','hv')}\n    ${trMini(150,46,'pnp','v')}\n    <line x1=\"63\" y1=\"22\" x2=\"63\" y2=\"16\" ${W}\/><line x1=\"157\" y1=\"22\" x2=\"157\" y2=\"16\" ${W}\/>\n    <line x1=\"90\" y1=\"46\" x2=\"130\" y2=\"46\" ${W}\/>\n    <line x1=\"63\" y1=\"70\" x2=\"63\" y2=\"96\" ${W}\/><line x1=\"157\" y1=\"70\" x2=\"157\" y2=\"96\" ${W}\/>\n    <polygon points=\"57,86 69,86 63,96\" fill=\"#FFB020\"\/><polygon points=\"151,86 163,86 157,96\" fill=\"#FFB020\"\/>\n    ${T(48,86,'I','#B8860B','middle',12)}${T(172,86,'I','#B8860B','middle',12)}\n    ${T(110,116,'misma corriente en ambas ramas','#B8860B')}`,\n\n  hbridge: () => `\n    <line x1=\"40\" y1=\"8\" x2=\"180\" y2=\"8\" ${W}\/>${T(196,12,'+V','#5B6B79')}\n    <line x1=\"40\" y1=\"122\" x2=\"180\" y2=\"122\" ${W}\/>\n    <line x1=\"60\" y1=\"8\" x2=\"60\" y2=\"122\" ${W}\/><line x1=\"160\" y1=\"8\" x2=\"160\" y2=\"122\" ${W}\/>\n    <line x1=\"60\" y1=\"65\" x2=\"95\" y2=\"65\" ${W}\/><line x1=\"125\" y1=\"65\" x2=\"160\" y2=\"65\" ${W}\/>\n    <!-- camino activo de la corriente, sobre los cables -->\n    <polyline points=\"60,8 60,65 95,65\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"4\" stroke-linejoin=\"round\"\/>\n    <polyline points=\"125,65 160,65 160,122\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"4\" stroke-linejoin=\"round\"\/>\n    <rect x=\"44\" y=\"26\" width=\"32\" height=\"20\" rx=\"4\" fill=\"#12B886\"\/>${T(60,40,'PNP','#fff','middle',9)}\n    <rect x=\"144\" y=\"26\" width=\"32\" height=\"20\" rx=\"4\" fill=\"#D6DEE5\"\/>${T(160,40,'PNP','#5B6B79','middle',9)}\n    <rect x=\"44\" y=\"84\" width=\"32\" height=\"20\" rx=\"4\" fill=\"#D6DEE5\"\/>${T(60,98,'NPN','#5B6B79','middle',9)}\n    <rect x=\"144\" y=\"84\" width=\"32\" height=\"20\" rx=\"4\" fill=\"#12B886\"\/>${T(160,98,'NPN','#fff','middle',9)}\n    <circle cx=\"110\" cy=\"65\" r=\"15\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"2.6\"\/>${T(110,70,'M','#0A2540','middle',13)}\n    <polygon points=\"0,-4 9,0 0,4\" fill=\"#FFB020\" transform=\"translate(80,65)\"\/>\n    ${T(110,40,'encendidos','#0E9270','middle',8.5)}`,\n};\n\nconst BJT_APPS = {\n  npn: [\n    ['audio',  'Amplificador de audio','Convierte la se\u00f1al d\u00e9bil de un micr\u00f3fono en una potente para la bocina.',['Etapas de preamplificaci\u00f3n','Bocinas y aud\u00edfonos']],\n    ['switch', 'Interruptor electr\u00f3nico','Enciende cargas (rel\u00e9s, motores, LEDs) desde un pin de microcontrolador.',['Control desde Arduino','Manejo de rel\u00e9s']],\n    ['logic',  'L\u00f3gica digital','Combinado con otros forma compuertas: aqu\u00ed dos NPN en serie forman una NAND.',['Base de los circuitos TTL','Antecesor del CMOS']],\n    ['regul',  'Regulaci\u00f3n','Con una referencia en la base, entrega un voltaje estable aunque la entrada var\u00ede.',['Fuentes reguladas','Cargadores de bater\u00eda']],\n  ],\n  pnp: [\n    ['highside','Interruptor high-side','Corta la alimentaci\u00f3n por el lado positivo, dejando la carga referida a tierra.',['Control de encendido','Protecci\u00f3n de fuentes']],\n    ['pushpull','Etapa push-pull','Junto a un NPN forma la salida complementaria: cada uno amplifica una mitad de la onda.',['Amplificadores de potencia','Drivers de audio']],\n    ['mirror',  'Espejo de corriente','Dos transistores iguales con las bases unidas copian la misma corriente.',['Circuitos integrados','Polarizaci\u00f3n de etapas']],\n    ['hbridge', 'Control de motores','Con NPN forma el puente H: activando dos esquinas opuestas se elige el sentido de giro.',['Rob\u00f3tica','Juguetes y drones']],\n  ],\n};\n\nfunction renderBjtApps(kind){\n  const cls = kind === 'npn' ? '' : ' amber';\n  document.getElementById('bjtAppsGrid').innerHTML = BJT_APPS[kind].map(a => `\n    <div class=\"source-card\">\n      <svg class=\"app-fig\" viewBox=\"0 0 220 130\" width=\"220\" height=\"130\">${APP_SVG[a[0]]()}<\/svg>\n      <h3>${a[1]}<\/h3>\n      <p>${a[2]}<\/p>\n      <ul class=\"source-specs${cls}\">${a[3].map(x=>`<li>${x}<\/li>`).join('')}<\/ul>\n    <\/div>`).join('');\n}\nfunction openBjtApps(kind){\n  bjtKind = kind;\n  document.getElementById('bjtAppsKicker').textContent = bjtLabel() + ' \u00b7 VENTANA EXTRA';\n  document.getElementById('bjtAppsSub').textContent = kind === 'npn'\n    ? 'Sus dos grandes talentos \u2014amplificar y conmutar\u2014 lo vuelven la pieza b\u00e1sica de casi toda la electr\u00f3nica.'\n    : 'El PNP brilla donde hace falta conmutar por el lado positivo o complementar a un NPN.';\n  renderBjtApps(kind);\n  document.getElementById('bjtAppsModal').classList.add('open');\n}\nfunction openBjtAppsN(){ openBjtApps('npn'); }\nfunction openBjtAppsP(){ openBjtApps('pnp'); }\n\n\/* ============================================================\n   MOSFET \u2014 modales compartidos canal N \/ canal P\n   ============================================================ *\/\nlet mosKind = 'n';\nfunction mosLabel(){ return mosKind === 'n' ? 'MOSFET CANAL N' : 'MOSFET CANAL P'; }\n\n\/* ---- 1. El campo abre el canal ---- *\/\nconst MOS_DEF = [\n  { state:'Apagado', desc:'Compuerta sin voltaje', on:false,\n    hint:'Sin voltaje en la compuerta no hay canal: no pasa corriente', next:'Aplicar voltaje a la compuerta' },\n  { state:'Encendido', desc:'El campo form\u00f3 el canal', on:true,\n    hint:'El campo el\u00e9ctrico atrae portadores y abre un camino entre drenador y surtidor', next:'Quitar el voltaje' },\n];\nlet mosDefIdx = 0;\nfunction applyMosDef(){\n  const m = MOS_DEF[mosDefIdx];\n  const npn = mosKind === 'n';\n  document.getElementById('mosChannel').setAttribute('opacity', m.on ? '1' : '0');\n  document.getElementById('mosChannelLbl').setAttribute('opacity', m.on ? '1' : '0');\n  document.getElementById('mosFieldLines').setAttribute('opacity', m.on ? '1' : '0');\n  document.getElementById('mosFlow').classList.toggle('trace-off', !m.on);\n  document.getElementById('mosFlowArrow').classList.toggle('trace-off', !m.on);\n  document.getElementById('mosVg').textContent = m.on\n    ? (npn ? 'Vg = +5 V' : 'Vg = \u22125 V')\n    : 'Vg = 0 V';\n  document.getElementById('mosDefState').textContent = m.state;\n  document.getElementById('mosDefDesc').textContent = m.desc;\n  document.getElementById('mosDefHint').textContent = m.hint;\n  document.getElementById('mosDefBtnLabel').textContent = m.next;\n}\nfunction nextMosDef(){ mosDefIdx = (mosDefIdx + 1) % MOS_DEF.length; applyMosDef(); }\nfunction openMosDef(kind){\n  mosKind = kind;\n  const npn = kind === 'n';\n  document.getElementById('mosDefKicker').textContent = mosLabel() + ' \u00b7 VENTANA EXTRA';\n  document.getElementById('wellS').setAttribute('fill', npn ? '#2E6FD6' : '#D64545');\n  document.getElementById('wellD').setAttribute('fill', npn ? '#2E6FD6' : '#D64545');\n  \/\/ la corriente entra siempre por la izquierda: el canal N va de D a S, el canal P de S a D\n  document.getElementById('mosLeftLbl').textContent  = npn ? 'D' : 'S';\n  document.getElementById('mosRightLbl').textContent = npn ? 'S' : 'D';\n  document.getElementById('mosFlowLbl').textContent  = npn ? 'corriente: de D a S' : 'corriente: de S a D';\n  document.getElementById('mosDefSub').textContent = npn\n    ? 'La compuerta est\u00e1 separada del silicio por una capa de \u00f3xido aislante. Al aplicarle voltaje positivo, su campo el\u00e9ctrico atrae electrones y forma un canal conductor entre drenador y fuente.'\n    : 'Igual que el canal N pero al rev\u00e9s: se necesita un voltaje negativo en la compuerta para atraer huecos y formar el canal conductor.';\n  mosDefIdx = 0; applyMosDef();\n  document.getElementById('mosDefModal').classList.add('open');\n}\nfunction openMosDefN(){ openMosDef('n'); }\nfunction openMosDefP(){ openMosDef('p'); }\n\n\n\n\n\/* ============================================================\n   CIRCUITO DE CARGA DE UNA DELL \u2014 l\u00ednea PS ID\n   ============================================================ *\/\n\/\/ componentes con la marca que llevan impresa en la placa\nfunction smdRes(x, y, marca, vertical){\n  const w = vertical ? 26 : 46, h = vertical ? 46 : 26;\n  return `\n    <g>\n      <rect x=\"${x}\" y=\"${y}\" width=\"${w}\" height=\"${h}\" rx=\"3\" fill=\"#2B2B2B\" stroke=\"#151515\" stroke-width=\"1.5\"\/>\n      <rect x=\"${x}\" y=\"${y}\" width=\"${vertical?w:8}\" height=\"${vertical?8:h}\" fill=\"#C9D4DB\"\/>\n      <rect x=\"${vertical?x:x+w-8}\" y=\"${vertical?y+h-8:y}\" width=\"${vertical?w:8}\" height=\"${vertical?8:h}\" fill=\"#C9D4DB\"\/>\n      <text x=\"${x+w\/2}\" y=\"${y+h\/2+4}\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"10\" font-weight=\"700\" fill=\"#F5F7F9\"\n            ${vertical?`transform=\"rotate(-90 ${x+w\/2} ${y+h\/2})\"`:''}>${marca}<\/text>\n    <\/g>`;\n}\n\/\/ SOT-23: dos pads arriba y uno abajo, con sus patillas dibujadas\nfunction sot23(x, y, marca){\n  const pad = (px,py) => `<rect x=\"${px-7}\" y=\"${py}\" width=\"14\" height=\"9\" rx=\"1.5\" fill=\"#C9D4DB\"\/>`;\n  return `\n    <g>\n      ${pad(x+13, y-9)}${pad(x+43, y-9)}${pad(x+28, y+40)}\n      <rect x=\"${x}\" y=\"${y}\" width=\"56\" height=\"40\" rx=\"4\" fill=\"#2B2B2B\" stroke=\"#151515\" stroke-width=\"1.5\"\/>\n      <text x=\"${x+28}\" y=\"${y+25}\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"13\" font-weight=\"700\" fill=\"#E8C96A\">${marca}<\/text>\n    <\/g>`;\n}\n\/\/ SOT-23 vertical: una patilla a la izquierda (control) y dos a la derecha\nfunction sot23v(x, y, marca){\n  const pad = (px,py) => `<rect x=\"${px}\" y=\"${py}\" width=\"9\" height=\"14\" rx=\"1.5\" fill=\"#C9D4DB\"\/>`;\n  return `\n    <g>\n      ${pad(x-9, y+21)}${pad(x+40, y+7)}${pad(x+40, y+35)}\n      <rect x=\"${x}\" y=\"${y}\" width=\"40\" height=\"56\" rx=\"4\" fill=\"#2B2B2B\" stroke=\"#151515\" stroke-width=\"1.5\"\/>\n      <text x=\"${x+20}\" y=\"${y+28}\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"13\" font-weight=\"700\" fill=\"#E8C96A\"\n            transform=\"rotate(-90 ${x+20} ${y+28})\">${marca}<\/text>\n    <\/g>`;\n}\nconst patasV = (x,y) => ({ izq:[x-9, y+28], arriba:[x+49, y+14], abajo:[x+49, y+42] });\n\n\/\/ puntos donde se conectan los cables de un SOT-23\nconst patas = (x,y) => ({ izq:[x+13, y-9], der:[x+43, y-9], abajo:[x+28, y+49] });\n\nconst GNDd = (x,y) => `\n  <line x1=\"${x-11}\" y1=\"${y}\" x2=\"${x+11}\" y2=\"${y}\" stroke=\"#5B6B79\" stroke-width=\"2.8\"\/>\n  <line x1=\"${x-6}\" y1=\"${y+6}\" x2=\"${x+6}\" y2=\"${y+6}\" stroke=\"#5B6B79\" stroke-width=\"2.4\"\/>\n  <line x1=\"${x-2.5}\" y1=\"${y+12}\" x2=\"${x+2.5}\" y2=\"${y+12}\" stroke=\"#5B6B79\" stroke-width=\"2.2\"\/>`;\n\nfunction dellCircuito(){\n  const AZUL='#2E6FD6', ROJO='#D64545';\n  const L = (x1,y1,x2,y2,c,w) => `<line x1=\"${x1}\" y1=\"${y1}\" x2=\"${x2}\" y2=\"${y2}\" stroke=\"${c}\" stroke-width=\"${w||2.8}\"\/>`;\n\n  const prot = patas(97,215);     \/\/ transistor de protecci\u00f3n\n  const linea = patas(300,124);   \/\/ transistor sobre la l\u00ednea\n  const g1   = patasV(300,232);   \/\/ segundo transistor, vertical\n\n  return `\n    <!-- l\u00ednea PS ID -->\n    <circle cx=\"40\" cy=\"110\" r=\"8\" fill=\"${AZUL}\"\/>\n    <text x=\"40\" y=\"88\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"${ROJO}\">PS ID<\/text>\n    ${L(48,110,linea.izq[0],110,AZUL,3.2)}\n\n    <!-- protecci\u00f3n a tierra -->\n    ${L(110,110,110,prot.izq[1],ROJO)}\n    ${sot23(97,215,'2L')}\n    ${L(prot.abajo[0],prot.abajo[1],prot.abajo[0],276,ROJO)}\n    ${GNDd(prot.abajo[0],276)}\n\n    <!-- divisor que fija la compuerta de G1: 3.2 V \u2192 0.4 V -->\n    ${L(210,110,210,140,ROJO)}\n    ${smdRes(197,140,'333',true)}\n    ${L(210,186,210,272,ROJO)}\n    ${smdRes(197,272,'472',true)}\n    ${L(210,318,210,326,ROJO)}\n    ${GNDd(210,326)}\n    ${L(210,260,g1.izq[0],260,ROJO)}\n    <text x=\"256\" y=\"250\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"${ROJO}\">0.4 V<\/text>\n\n    <!-- transistor sobre la l\u00ednea -->\n    ${L(linea.izq[0],110,linea.izq[0],linea.izq[1],AZUL,3.2)}\n    ${sot23(300,124,'2L')}\n    ${L(linea.der[0],linea.der[1],linea.der[0],110,AZUL,3.2)}\n    ${L(linea.der[0],110,392,110,AZUL,3.2)}\n    ${L(linea.abajo[0],linea.abajo[1],linea.abajo[0],202,ROJO)}\n\n    <!-- nodo de 5 V, con su resistencia en serie -->\n    ${L(linea.abajo[0],202,384,202,ROJO)}\n    ${smdRes(384,189,'103')}\n    ${L(430,202,470,202,ROJO)}\n    <text x=\"486\" y=\"208\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"${ROJO}\">5 V<\/text>\n    ${L(g1.arriba[0],202,g1.arriba[0],g1.arriba[1],ROJO)}\n\n    <!-- segundo transistor -->\n    ${sot23v(300,232,'G1')}\n    ${L(g1.abajo[0],g1.abajo[1],g1.abajo[0],312,ROJO)}\n    ${GNDd(g1.abajo[0],312)}\n\n    <!-- resistencia en serie hacia el EC -->\n    ${smdRes(392,97,'330')}\n    ${L(438,110,548,110,AZUL,3.2)}\n\n    <!-- resistencia que sostiene la l\u00ednea en 3.3 V -->\n    ${L(478,110,478,78,ROJO)}\n    ${smdRes(465,32,'222',true)}\n    ${L(478,32,478,18,ROJO)}\n    <text x=\"478\" y=\"12\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"16\" font-weight=\"800\" fill=\"${ROJO}\">3.3 V<\/text>\n\n    <!-- EC -->\n    <rect x=\"548\" y=\"55\" width=\"112\" height=\"120\" rx=\"6\" fill=\"#2B2B2B\" stroke=\"#151515\" stroke-width=\"2\"\/>\n    <g stroke=\"#8FA3B0\" stroke-width=\"2.4\">\n      ${[72,92,112,132,152].map(y=>`<line x1=\"539\" y1=\"${y}\" x2=\"548\" y2=\"${y}\"\/><line x1=\"660\" y1=\"${y}\" x2=\"669\" y2=\"${y}\"\/>`).join('')}\n    <\/g>\n    <circle cx=\"641\" cy=\"68\" r=\"5\" fill=\"#8FA3B0\"\/>\n    <text x=\"604\" y=\"108\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"18\" font-weight=\"800\" fill=\"#E8C96A\">iTE<\/text>\n    <text x=\"604\" y=\"130\" text-anchor=\"middle\" font-family=\"SFMono-Regular,monospace\" font-size=\"12\" font-weight=\"700\" fill=\"#F5F7F9\">IT8528E<\/text>\n    <text x=\"604\" y=\"148\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#8FA3B0\">EC<\/text>`;\n}\n\nfunction renderDell(){\n  const items = [\n    ['Qu\u00e9 es la l\u00ednea PS ID','Un bus de un solo cable con un maestro y varios esclavos, por el que los datos van y adem\u00e1s se alimentan. As\u00ed el cargador le dice a la laptop qu\u00e9 es.','dellbus'],\n    ['El circuito','Desde el conector, la l\u00ednea pasa por una protecci\u00f3n a tierra, un par de transistores y llega al EC con su resistencia en serie.','dellckt'],\n    ['El esquem\u00e1tico real','As\u00ed viene en el diagrama de la placa, con sus referencias y valores: el MOSFET que corta la l\u00ednea, el transistor que lo desactiva y los diodos de protecci\u00f3n.','dellsch'],\n    ['Qui\u00e9n lo lee','El EC, en este caso un ITE IT8528E. Si no recibe el dato, la laptop marca cargador no reconocido y no carga la bater\u00eda.',null],\n  ].map((b,i)=>{\n    const cfg = b[2] ? MODAL_CONFIG[b[2]] : null;\n    return `\n      <div class=\"bullet\">\n        <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n        <div class=\"btext\"><div class=\"row\"><b>${b[0]}<\/b><\/div><p>${b[1]}<\/p><\/div>\n      <\/div>`;\n  }).join('');\n\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">\n        <svg viewBox=\"0 0 220 260\" style=\"width:clamp(170px,17vw,230px);height:auto;\">\n          <circle cx=\"30\" cy=\"60\" r=\"7\" fill=\"#2E6FD6\"\/>\n          <text x=\"30\" y=\"40\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"14\" font-weight=\"800\" fill=\"#12B886\">PS ID<\/text>\n          <line x1=\"37\" y1=\"60\" x2=\"150\" y2=\"60\" stroke=\"#2E6FD6\" stroke-width=\"3.5\"\/>\n          <rect x=\"150\" y=\"26\" width=\"60\" height=\"68\" rx=\"5\" fill=\"#0E2F52\" stroke=\"#12B886\" stroke-width=\"2\"\/>\n          <text x=\"180\" y=\"58\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"800\" fill=\"#E8C96A\">iTE<\/text>\n          <text x=\"180\" y=\"76\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10\" fill=\"#8FA3B0\">EC<\/text>\n          <line x1=\"90\" y1=\"60\" x2=\"90\" y2=\"120\" stroke=\"#2E6FD6\" stroke-width=\"2.6\"\/>\n          <polyline points=\"90,120 80,128 100,140 80,152 100,164 90,172\" fill=\"none\" stroke=\"#fff\" stroke-width=\"3\" stroke-linejoin=\"round\"\/>\n          <text x=\"112\" y=\"150\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#12B886\">3.3 V<\/text>\n          <line x1=\"90\" y1=\"172\" x2=\"90\" y2=\"196\" stroke=\"#2E6FD6\" stroke-width=\"2.6\"\/>\n          <line x1=\"76\" y1=\"196\" x2=\"104\" y2=\"196\" stroke=\"#fff\" stroke-width=\"3\"\/>\n          <line x1=\"82\" y1=\"203\" x2=\"98\" y2=\"203\" stroke=\"#fff\" stroke-width=\"2.6\"\/>\n          <text x=\"110\" y=\"226\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"11\" fill=\"#8FA3B0\">una sola l\u00ednea de datos<\/text>\n        <\/svg>\n      <\/div>\n      <div class=\"concept-title\">Circuito de carga Dell<\/div>\n      <div class=\"spec-box arriba\">\n        <b>Un bus de un solo cable<\/b>\n        <p>Est\u00e1 basado en un bus con un maestro y varios esclavos, de una sola l\u00ednea de datos por la que adem\u00e1s se alimentan, y que se utiliza para el intercambio de datos.<\/p>\n      <\/div>\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">${items}<\/div>\n    <\/div>\n  <\/div>`;\n}\n\n\n\/* ---- esquem\u00e1tico real de la l\u00ednea PS_ID ---- *\/\nfunction esquematico(){\n  const T1='#0A2540', AZ='#2E6FD6', RJ='#B03030', VD='#0E9270';\n  const L=(x1,y1,x2,y2,c,w)=>`<line x1=\"${x1}\" y1=\"${y1}\" x2=\"${x2}\" y2=\"${y2}\" stroke=\"${c||T1}\" stroke-width=\"${w||2}\"\/>`;\n  const txt=(x,y,t,c,a,sz,w)=>`<text x=\"${x}\" y=\"${y}\" text-anchor=\"${a||'start'}\" font-family=\"SFMono-Regular,monospace\" font-size=\"${sz||10}\" font-weight=\"${w||600}\" fill=\"${c||T1}\">${t}<\/text>`;\n  \/\/ resistencia en zigzag\n  const resV=(x,y,ref,val)=>`\n    ${L(x,y,x,y+6)}\n    <polyline points=\"${x},${y+6} ${x-7},${y+12} ${x+7},${y+20} ${x-7},${y+28} ${x+7},${y+36} ${x},${y+42}\" fill=\"none\" stroke=\"${AZ}\" stroke-width=\"2\"\/>\n    ${L(x,y+42,x,y+48)}\n    ${txt(x+13,y+20,ref,T1,'start',9.5,700)}${txt(x+13,y+32,val,VD,'start',9.5,700)}`;\n  const resH=(x,y,ref,val)=>`\n    ${L(x,y,x+6,y)}\n    <polyline points=\"${x+6},${y} ${x+12},${y-7} ${x+20},${y+7} ${x+28},${y-7} ${x+36},${y+7} ${x+42},${y}\" fill=\"none\" stroke=\"${AZ}\" stroke-width=\"2\"\/>\n    ${L(x+42,y,x+48,y)}\n    ${txt(x+24,y-16,ref,T1,'middle',9.5,700)}${txt(x+24,y+24,val,VD,'middle',9.5,700)}`;\n  const gnd=(x,y)=>`${L(x,y,x,y+8)}${L(x-9,y+8,x+9,y+8,T1,2.4)}${L(x-5,y+12,x+5,y+12)}${L(x-2,y+16,x+2,y+16)}`;\n\n  return `\n  <!-- conector del cargador -->\n  <rect x=\"24\" y=\"286\" width=\"54\" height=\"84\" rx=\"3\" fill=\"none\" stroke=\"${AZ}\" stroke-width=\"2\"\/>\n  ${[300,318,336,354].map(y=>L(14,y,24,y,AZ)).join('')}\n  ${txt(51,278,'DCIN1',T1,'middle',10,700)}\n  ${L(78,300,150,300,RJ,2.2)}\n  ${gnd(51,370)}\n  ${txt(51,398,'JGND',T1,'middle',9)}\n\n  <!-- ferritas de 0 \u03a9 -->\n  <rect x=\"96\" y=\"330\" width=\"46\" height=\"16\" rx=\"2\" fill=\"none\" stroke=\"${AZ}\" stroke-width=\"1.8\"\/>\n  ${txt(119,342,'0 \u03a9',VD,'middle',9,700)}\n  ${txt(119,324,'EL4303 \/ EL4304',T1,'middle',8.5,700)}\n  ${L(78,338,96,338,RJ,1.8)}${L(142,338,168,338,RJ,1.8)}${L(168,338,168,300,RJ,1.8)}\n\n  <!-- riel PS_ID_R -->\n  ${L(150,300,470,300,RJ,2.2)}\n  ${txt(210,292,'PS_ID_R',RJ,'middle',10,700)}\n\n  <!-- TVS de protecci\u00f3n -->\n  ${L(248,300,248,330,RJ,2)}\n  <polygon points=\"240,330 256,330 248,344\" fill=\"${AZ}\"\/>\n  <polygon points=\"240,358 256,358 248,344\" fill=\"${AZ}\"\/>\n  ${L(248,358,248,372,RJ,2)}\n  ${gnd(248,372)}\n  ${txt(264,340,'D4303',T1,'start',9.5,700)}${txt(264,352,'TVS',VD,'start',9.5,700)}\n\n  <!-- divisor que fija la base -->\n  ${L(360,300,360,258,RJ,2)}\n  ${resV(360,210,'R4309','100 k\u03a9')}\n  ${L(360,210,360,200,RJ,2)}\n  ${resV(360,140,'R4302','15 k\u03a9')}\n  ${L(360,140,360,126,RJ,2)}\n  ${gnd(360,126)}\n  ${txt(330,196,'0.4 V',RJ,'end',11,800)}\n\n  <!-- transistor que desactiva la l\u00ednea -->\n  ${L(360,200,436,200,RJ,2)}\n  <g transform=\"translate(470,200) scale(1,-1) translate(-470,-200)\">\n    ${L(442,200,456,200)}\n    ${L(456,186,456,214,T1,3)}\n    ${L(456,195,470,186)}${L(470,186,470,166)}\n    ${L(456,205,470,214)}${L(470,214,470,234)}\n    <polygon points=\"0,-3.5 8,0 0,3.5\" fill=\"${T1}\" transform=\"translate(462,208) rotate(33)\"\/>\n  <\/g>\n  ${txt(486,196,'Q4302',T1,'start',9.5,700)}${txt(486,208,'NPN',VD,'start',9.5,700)}\n  ${L(470,166,470,150,RJ,2)}${gnd(470,150)}\n  ${L(470,234,470,262,RJ,2)}\n\n  <!-- resistencia a 5 V -->\n  ${L(470,262,560,262,RJ,2)}\n  ${resV(560,214,'R4303','10 k\u03a9')}\n  ${L(560,214,560,198,RJ,2)}\n  <circle cx=\"560\" cy=\"196\" r=\"4\" fill=\"none\" stroke=\"${RJ}\" stroke-width=\"2\"\/>\n  ${txt(560,186,'5V_S5',RJ,'middle',10,700)}\n  ${txt(500,280,'PSID_DISABLE#',RJ,'start',9.5,700)}\n\n  <!-- MOSFET que corta la l\u00ednea -->\n  ${L(470,300,486,300,RJ,2.2)}\n  <g transform=\"rotate(-90 640 300)\">\n    ${L(612,300,626,300)}\n    ${L(626,282,626,318,T1,3)}\n    ${L(634,282,634,292,T1,3)}${L(634,295,634,305,T1,3)}${L(634,308,634,318,T1,3)}\n    ${L(634,288,656,288)}${L(656,288,656,266)}\n    ${L(634,312,656,312)}${L(656,312,656,334)}\n    ${L(634,300,656,300)}${L(656,300,656,312)}\n    <polygon points=\"635,300 645,295 645,305\" fill=\"${T1}\"\/>\n  <\/g>\n  ${txt(640,372,'Q4301',T1,'middle',9.5,700)}${txt(640,384,'MOSFET canal N',VD,'middle',9.5,700)}\n  ${txt(612,290,'D',T1,'middle',9.5,700)}${txt(670,290,'S',T1,'middle',9.5,700)}\n  ${txt(652,344,'G',T1,'start',9.5,700)}\n  ${L(520,262,520,392,RJ,2)}${L(520,392,640,392,RJ,2)}${L(640,392,640,328,RJ,2)}\n\n  <!-- resistencia en serie -->\n  ${L(672,300,700,300,RJ,2.2)}\n  ${resH(700,300,'R4305','33 \u03a9')}\n  ${L(748,300,800,300,RJ,2.2)}\n  ${txt(690,268,'PS_ID_R1',RJ,'middle',10,700)}\n\n  <!-- pull-up de 2.2 k\u03a9 -->\n  ${resV(800,210,'R4304','2.2 k\u03a9')}\n  ${L(800,258,800,300,RJ,2)}\n  ${L(800,210,800,196,RJ,2)}\n  <circle cx=\"800\" cy=\"194\" r=\"4\" fill=\"none\" stroke=\"${RJ}\" stroke-width=\"2\"\/>\n  ${txt(800,184,'3D3V_S5',RJ,'middle',10,700)}\n\n  <!-- diodos de sujeci\u00f3n -->\n  ${L(800,300,880,300,RJ,2.2)}\n  ${L(880,300,880,262,RJ,2)}\n  <polygon points=\"872,262 888,262 880,246\" fill=\"${AZ}\"\/>\n  ${L(872,246,888,246,T1,2.4)}\n  ${L(880,246,880,228,RJ,2)}\n  <circle cx=\"880\" cy=\"226\" r=\"4\" fill=\"none\" stroke=\"${RJ}\" stroke-width=\"2\"\/>\n  ${txt(880,216,'3D3V_S5',RJ,'middle',10,700)}\n  ${L(880,300,880,336,RJ,2)}\n  <polygon points=\"872,352 888,352 880,336\" fill=\"${AZ}\"\/>\n  ${L(872,334,888,334,T1,2.4)}\n  ${L(880,352,880,368,RJ,2)}\n  ${gnd(880,368)}\n  ${txt(900,262,'D4302',T1,'start',9.5,700)}${txt(900,274,'doble',VD,'start',9.5,700)}\n\n  <!-- salida hacia el EC -->\n  ${L(800,300,800,300,RJ)}\n  ${txt(930,294,'PS_ID',RJ,'middle',11,800)}\n  ${L(888,300,905,300,RJ,2.2)}`;\n}\n\nfunction openDellSch(){\n  document.getElementById('dellSchModal').classList.add('open');\n}\n\nfunction openDellCkt(){\n  document.getElementById('dellCktSvg').innerHTML = dellCircuito();\n  document.getElementById('dellCktModal').classList.add('open');\n}\nfunction openDellBus(){ document.getElementById('dellBusModal').classList.add('open'); }\nfunction openDellMed(){\n  document.getElementById('dellMedSvg').innerHTML = dellCircuito();\n  document.getElementById('dellMedModal').classList.add('open');\n}\n\n\/* ============================================================\n   MOSFET: datasheet, encapsulado y doble canal\n   ============================================================ *\/\n\/\/ dibujo del encapsulado SO-8 visto desde arriba\nfunction so8(pines, titulo){\n  const izq = pines.slice(0,4), der = pines.slice(4).reverse();  \/\/ 5..8 suben por la derecha\n  const fila = (txt, i, lado) => {\n    const y = 58 + i*46;\n    const xPin = lado === 'i' ? 96 : 264;\n    const xLbl = lado === 'i' ? 86 : 274;\n    const num  = lado === 'i' ? i+1 : 8-i;\n    return `\n      <rect x=\"${lado==='i'?76:264}\" y=\"${y-9}\" width=\"20\" height=\"18\" rx=\"2\" fill=\"#8FA3B0\"\/>\n      <text x=\"${xLbl}\" y=\"${y+5}\" text-anchor=\"${lado==='i'?'end':'start'}\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"800\" fill=\"#0E9270\">${txt}<\/text>\n      <text x=\"${lado==='i'?110:250}\" y=\"${y+5}\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"12\" font-weight=\"700\" fill=\"#fff\">${num}<\/text>`;\n  };\n  return `\n    <text x=\"180\" y=\"24\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"800\" fill=\"#0A2540\">${titulo}<\/text>\n    <rect x=\"96\" y=\"34\" width=\"168\" height=\"212\" rx=\"10\" fill=\"#2B2B2B\"\/>\n    <circle cx=\"116\" cy=\"54\" r=\"6\" fill=\"#8FA3B0\"\/>\n    ${izq.map((t,i)=>fila(t,i,'i')).join('')}\n    ${der.map((t,i)=>fila(t,i,'d')).join('')}\n    <text x=\"180\" y=\"268\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"10.5\" fill=\"#5B6B79\">vista desde arriba \u00b7 el punto marca el pin 1<\/text>`;\n}\n\nconst DS_PARAMS = [\n  ['V<sub>DS<\/sub>','Voltaje m\u00e1ximo entre drenador y surtidor.','Debe ser mayor que el voltaje del riel donde trabaja. En laptops suelen ser de 30 V.'],\n  ['I<sub>D<\/sub>','Corriente m\u00e1xima continua que puede conducir.','Siempre con disipaci\u00f3n adecuada; el encapsulado SO-8 rara vez aguanta el dato completo.'],\n  ['R<sub>DS(on)<\/sub>','Resistencia cuando est\u00e1 conduciendo, en miliohmios.','Mientras m\u00e1s baja, menos calienta. Es el dato clave al buscar un reemplazo.'],\n  ['V<sub>GS(th)<\/sub>','Voltaje de compuerta al que empieza a conducir.','Ojo: es donde apenas arranca, no donde conduce completo.'],\n  ['V<sub>GS<\/sub> m\u00e1x','L\u00edmite entre compuerta y surtidor, normalmente \u00b120 V.','Pasarlo perfora el \u00f3xido y lo destruye de forma permanente.'],\n  ['Q<sub>g<\/sub>','Carga necesaria para encender la compuerta.','Mientras menor, m\u00e1s r\u00e1pido conmuta y menos trabaja el controlador.'],\n];\n\nconst DS_EJEMPLO = {\n  n: { pieza:'AO4468', desc:'Canal N de 30 V en SOIC-8, muy usado como interruptor de carga y en protecci\u00f3n de bater\u00eda.',\n       datos:[['V<sub>DS<\/sub>','30 V'],['I<sub>D<\/sub>','10.5 A (V<sub>GS<\/sub> 10 V)'],['R<sub>DS(on)<\/sub>','17 m\u03a9 (10 V) \u00b7 23 m\u03a9 (4.5 V)'],['Encapsulado','SOIC-8']] },\n  p: { pieza:'AO4407A', desc:'Canal P de 30 V en SOIC-8, de los m\u00e1s comunes como interruptor del lado positivo.',\n       datos:[['V<sub>DS<\/sub>','\u221230 V'],['I<sub>D<\/sub>','\u221212 A (V<sub>GS<\/sub> \u221220 V)'],['R<sub>DS(on)<\/sub>','11 m\u03a9 (\u221220 V) \u00b7 13 m\u03a9 (\u221210 V)'],['Encapsulado','SOIC-8']] },\n};\n\nfunction openMosDatasheet(kind){\n  const esN = kind === 'n';\n  const ej = DS_EJEMPLO[kind];\n  document.getElementById('mosDsEj').innerHTML = `\n    <div class=\"ds-ej\">\n      <div class=\"ds-ej-head\">\n        <span class=\"ds-ej-tag\">Ejemplo real en laptops<\/span>\n        <b>${ej.pieza}<\/b>\n      <\/div>\n      <p>${ej.desc}<\/p>\n      <div class=\"ds-ej-grid\">\n        ${ej.datos.map(d=>`<div><span>${d[0]}<\/span><b>${d[1]}<\/b><\/div>`).join('')}\n      <\/div>\n      <p class=\"ds-ej-fam\">Otras familias que ver\u00e1s en placas de laptop: <b>AO4xxx<\/b> y <b>AON<\/b> de Alpha &amp; Omega, <b>FDS<\/b>, <b>Si4<\/b>, <b>APM<\/b> y <b>TPCA<\/b>.<\/p>\n    <\/div>`;\n  const pines = ['S','S','S','G','D','D','D','D'];\n  document.getElementById('mosDsTitle').textContent = 'Datasheet del MOSFET canal ' + (esN ? 'N' : 'P');\n  document.getElementById('mosDsSub').innerHTML = esN\n    ? 'En el canal N del datasheet los valores van en <b>positivo<\/b>. El encapsulado m\u00e1s com\u00fan en laptops es el SO-8, con las tres patas de surtidor juntas y las cuatro de drenador del otro lado.'\n    : 'En el canal P los valores del datasheet aparecen en <b>negativo<\/b> (por ejemplo \u221230 V, \u221212 A), porque las polaridades est\u00e1n invertidas. El encapsulado y el patillaje son los mismos del canal N.';\n  document.getElementById('mosDsSvg').innerHTML = so8(pines, 'SO-8 de un solo MOSFET');\n  document.getElementById('mosDsRows').innerHTML = DS_PARAMS.map(r=>`\n    <tr><td class=\"ds-sym\">${r[0]}<\/td><td>${r[1]}<\/td><td class=\"medir\">${r[2]}<\/td><\/tr>`).join('');\n  document.getElementById('mosDsModal').classList.add('open');\n}\nfunction openMosDsN(){ openMosDatasheet('n'); }\nfunction openMosDsP(){ openMosDatasheet('p'); }\n\n\/* ---- doble canal ---- *\/\nfunction renderMosfetD(){\n  const bullets = [\n    ['Qu\u00e9 es','Dos MOSFET completos e independientes dentro de un mismo encapsulado, cada uno con su compuerta, drenador y surtidor.', null],\n    ['Patillaje','El SO-8 doble reparte los ocho pines entre los dos transistores; no se parece al de un MOSFET sencillo.', 'mosdual'],\n    ['D\u00f3nde se usa','En las fuentes conmutadas de las laptops: un MOSFET arriba y otro abajo generando los rieles de la placa.', 'mosdualap'],\n    ['Al medirlo','Como comparten encapsulado, hay que identificar primero cu\u00e1l mitad est\u00e1s probando antes de dar un diagn\u00f3stico.', null],\n  ].map((b,i)=>{\n    const cfg = b[2] ? MODAL_CONFIG[b[2]] : null;\n    return `\n      <div class=\"bullet\">\n        <div class=\"bnum ${cfg ? 'linkable':''}\" ${cfg ? `onclick=\"${cfg.fn}()\" title=\"${cfg.label.replace('\ud83d\udd17 ','')}\"` : ''}>${i+1}<\/div>\n        <div class=\"btext\"><div class=\"row\"><b>${b[0]}<\/b><\/div><p>${b[1]}<\/p><\/div>\n      <\/div>`;\n  }).join('');\n\n  const mini = (x, kind) => `\n    <g transform=\"translate(${x},0)\">\n      <line x1=\"10\" y1=\"60\" x2=\"26\" y2=\"60\" stroke=\"#fff\" stroke-width=\"4\"\/>\n      <line x1=\"26\" y1=\"40\" x2=\"26\" y2=\"80\" stroke=\"#fff\" stroke-width=\"5\"\/>\n      <line x1=\"36\" y1=\"40\" x2=\"36\" y2=\"52\" stroke=\"#fff\" stroke-width=\"5\"\/>\n      <line x1=\"36\" y1=\"54\" x2=\"36\" y2=\"66\" stroke=\"#fff\" stroke-width=\"5\"\/>\n      <line x1=\"36\" y1=\"68\" x2=\"36\" y2=\"80\" stroke=\"#fff\" stroke-width=\"5\"\/>\n      <line x1=\"36\" y1=\"46\" x2=\"60\" y2=\"46\" stroke=\"#fff\" stroke-width=\"4\"\/>\n      <line x1=\"60\" y1=\"46\" x2=\"60\" y2=\"16\" stroke=\"#fff\" stroke-width=\"4\"\/>\n      <line x1=\"36\" y1=\"74\" x2=\"60\" y2=\"74\" stroke=\"#fff\" stroke-width=\"4\"\/>\n      <line x1=\"60\" y1=\"74\" x2=\"60\" y2=\"104\" stroke=\"#fff\" stroke-width=\"4\"\/>\n      <line x1=\"36\" y1=\"60\" x2=\"60\" y2=\"60\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n      <line x1=\"60\" y1=\"60\" x2=\"60\" y2=\"74\" stroke=\"#fff\" stroke-width=\"3.5\"\/>\n      <polygon points=\"37,60 47,55 47,65\" fill=\"#fff\"\/>\n      <text x=\"60\" y=\"10\" text-anchor=\"middle\" font-family=\"Inter,sans-serif\" font-size=\"13\" font-weight=\"700\" fill=\"#12B886\">${kind}<\/text>\n    <\/g>`;\n\n  return `\n  <div class=\"device-wrap\">\n    <div class=\"device-left\">\n      <div class=\"device-svg-box\">\n        <svg viewBox=\"0 0 220 120\" style=\"width:clamp(180px,18vw,250px);height:auto;\">\n          ${mini(0,'Q1')}${mini(100,'Q2')}\n        <\/svg>\n      <\/div>\n      <div class=\"concept-title\">MOSFET doble canal<\/div>\n      <div class=\"spec-box arriba\">\n        <b>Dos transistores en un solo chip<\/b>\n        <p>Se fabrican as\u00ed para ahorrar espacio en la placa. Pueden ser <b>dos canal N<\/b>, que es lo m\u00e1s com\u00fan en laptops, o uno de cada tipo (<b>N y P<\/b>) para etapas complementarias.<\/p>\n      <\/div>\n    <\/div>\n    <div class=\"concept-right\">\n      <div class=\"bullets\">${bullets}<\/div>\n    <\/div>\n  <\/div>`;\n}\n\nfunction openMosDual(){\n  document.getElementById('mosDualSvg').innerHTML =\n    so8(['S1','G1','S2','G2','D2','D2','D1','D1'], 'SO-8 con dos MOSFET');\n  document.getElementById('mosDualModal').classList.add('open');\n}\n\nfunction openMosDualApp(){\n  document.getElementById('mosDualAppModal').classList.add('open');\n}\n\n\/* ---- MOSFET canal N: voltaje necesario en el gate (ejemplo de laptop 19 V \u2192 25 V) ---- *\/\nconst MG_STATES = [\n  { g:'0 V',  s:'0 V',    state:'APAGADO',          flow:null,   ch:0,   arrow:.25, on:false,\n    note:'Sin voltaje en el gate no se forma el canal: los 20 V se quedan en el drenador y no pasan al surtidor.' },\n  { g:'20 V', s:'0 V', state:'NO CONDUCE', flow:null, ch:0, arrow:.6,  on:false,\n    note:'Con 20 V en el gate, el mismo voltaje que va a circular, no conduce: el gate no queda por encima del surtidor, as\u00ed que el canal no se forma y a la salida no llega nada. Necesita un voltaje mayor del que va a pasar.' },\n  { g:'26 V', s:'20.0 V', state:'CONDUCE COMPLETO', flow:'fast', ch:1,   arrow:1,   on:true,\n    note:'Con 26 V en el gate, 6 V m\u00e1s que los 20 V que circulan, el canal se cierra por completo y los 20.0 V pasan completos de drenador a surtidor.' },\n];\nlet mgIdx = 0;\n\nfunction setMosGate(i){\n  mgIdx = i;\n  const m = MG_STATES[i];\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n  set('mg2G', el => el.textContent = m.g);\n  set('mg2S', el => { el.textContent = m.s; el.setAttribute('fill', m.on ? '#0E9270' : '#B8860B'); });\n  set('mg2Channel', el => el.setAttribute('opacity', m.ch));\n  set('mg2GreenArrow', el => el.setAttribute('opacity', m.arrow));\n  set('mg2Slow', el => el.classList.toggle('trace-off', m.flow !== 'slow'));\n  set('mg2Fast', el => el.classList.toggle('trace-off', m.flow !== 'fast'));\n  set('mgState', el => el.textContent = m.state);\n  set('mgBadge', el => el.classList.toggle('on', m.on));\n  set('mgNote', el => el.textContent = m.note);\n  document.querySelectorAll('.mg-pick').forEach((b, k) => b.classList.toggle('on', k === i));\n}\n\nfunction openMosGate(){\n  setMosGate(2);\n  document.getElementById('mosGateModal').classList.add('open');\n}\n\n\/* ---- MOSFET canal P: el gate necesita menos de la mitad ---- *\/\nconst MGP_STATES = [\n  { g:'20 V', d:'0 V', state:'NO CONDUCE', flow:null, ch:0, arrow:.25, on:false,\n    note:'Con 20 V en el gate, el mismo voltaje del surtidor, no hay diferencia entre ellos: el canal no se forma y a la salida no llega nada.' },\n  { g:'8.0 V', d:'20.0 V', state:'CONDUCE COMPLETO', flow:'fast', ch:1,   arrow:1,   on:true,\n    note:'Con 8.0 V, menos de la mitad de los 20 V, el gate queda 12 V por debajo del surtidor: el canal se forma por completo y pasan los 20.0 V de surtidor a drenador.' },\n];\n\nfunction setMosGateP(i){\n  const m = MGP_STATES[i];\n  const set = (id, fn) => { const el = document.getElementById(id); if(el) fn(el); };\n  set('mgPG', el => el.textContent = m.g);\n  set('mgPD', el => { el.textContent = m.d; el.setAttribute('fill', m.on ? '#0E9270' : '#B8860B'); });\n  set('mgPChannel', el => el.setAttribute('opacity', m.ch));\n  set('mgPGreenArrow', el => el.setAttribute('opacity', m.arrow));\n  set('mgPSlow', el => el.classList.toggle('trace-off', m.flow !== 'slow'));\n  set('mgPFast', el => el.classList.toggle('trace-off', m.flow !== 'fast'));\n  set('mgPState', el => el.textContent = m.state);\n  set('mgPBadge', el => el.classList.toggle('on', m.on));\n  set('mgPNote', el => el.textContent = m.note);\n  document.querySelectorAll('.mgp-pick').forEach((b, k) => b.classList.toggle('on', k === i));\n}\n\nfunction openMosGateP(){\n  setMosGateP(1);\n  document.getElementById('mosGatePModal').classList.add('open');\n}\n\n\/* ---- 2. Alta impedancia: la compuerta es un condensador ---- *\/\nfunction openMosImp(kind){\n  mosKind = kind;\n  document.getElementById('mosImpModal').classList.add('open');\n}\nfunction openMosImpN(){ openMosImp('n'); }\nfunction openMosImpP(){ openMosImp('p'); }\n\n\/* ---- 3. MOSFET vs BJT ---- *\/\nfunction openMosVs(kind){\n  mosKind = kind;\n  document.getElementById('mosVsKicker').textContent = mosLabel() + ' \u00b7 VENTANA EXTRA';\n  document.getElementById('mosVsModal').classList.add('open');\n}\nfunction openMosVsN(){ openMosVs('n'); }\nfunction openMosVsP(){ openMosVs('p'); }\n\n\/* ---- 4. Aplicaciones ---- *\/\n\/* ---- s\u00edmbolo compacto de MOSFET para los diagramas ---- *\/\nfunction mosMini(cx, cy, flip, color){\n  const c = color || '#0A2540';\n  const L = (x1,y1,x2,y2,w) => `<line x1=\"${x1}\" y1=\"${y1}\" x2=\"${x2}\" y2=\"${y2}\" stroke=\"${c}\" stroke-width=\"${w||2.6}\"\/>`;\n  const body = `\n    ${L(cx-30,cy,cx-17,cy)}\n    ${L(cx-17,cy-13,cx-17,cy+13,3)}\n    ${L(cx-9,cy-13,cx-9,cy-5,3)}${L(cx-9,cy-3,cx-9,cy+3,3)}${L(cx-9,cy+5,cx-9,cy+13,3)}\n    ${L(cx-9,cy-9,cx+8,cy-9)}${L(cx+8,cy-9,cx+8,cy-28)}\n    ${L(cx-9,cy+9,cx+8,cy+9)}${L(cx+8,cy+9,cx+8,cy+28)}\n    ${L(cx-9,cy,cx+8,cy,2.2)}${L(cx+8,cy,cx+8,cy+9,2.2)}\n    <polygon points=\"${cx-8},${cy} ${cx},${cy-4} ${cx},${cy+4}\" fill=\"${c}\"\/>`;\n  return flip ? `<g transform=\"translate(${cx},${cy}) scale(1,-1) translate(${-cx},${-cy})\">${body}<\/g>` : body;\n}\n\nconst MOS_APP_SVG = {\n  micro: () => `\n    <rect x=\"52\" y=\"30\" width=\"116\" height=\"70\" rx=\"8\" fill=\"#0A2540\"\/>\n    <circle cx=\"66\" cy=\"44\" r=\"4\" fill=\"#12B886\"\/>\n    ${T(110,62,'CMOS','#fff','middle',15)}\n    ${T(110,82,'millones de MOSFET','#8FA3B0','middle',9)}\n    <g stroke=\"#8FA3B0\" stroke-width=\"2.6\">\n      ${[42,60,78,96].map(y=>`<line x1=\"36\" y1=\"${y}\" x2=\"52\" y2=\"${y}\"\/><line x1=\"168\" y1=\"${y}\" x2=\"184\" y2=\"${y}\"\/>`).join('')}\n    <\/g>\n    ${T(110,118,'un transistor por cada 1 y cada 0','#5B6B79','middle',10)}`,\n\n  conmutada: () => `\n    <polyline points=\"8,64 8,36 30,36 30,64 52,64 52,36 74,36\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"2.6\"\/>\n    ${T(40,22,'conmuta r\u00e1pido','#B8860B','middle',10)}\n    ${mosMini(104,64)}\n    ${T(104,104,'G','#0E9270','middle',10)}\n    <path d=\"M120,36 q8,-14 16,0 q8,-14 16,0\" fill=\"none\" stroke=\"#B87333\" stroke-width=\"4\"\/>\n    <line x1=\"152\" y1=\"36\" x2=\"176\" y2=\"36\" ${W}\/>\n    <line x1=\"164\" y1=\"36\" x2=\"164\" y2=\"52\" ${W}\/>\n    <line x1=\"154\" y1=\"52\" x2=\"174\" y2=\"52\" stroke=\"#0A2540\" stroke-width=\"4\"\/>\n    <line x1=\"154\" y1=\"60\" x2=\"174\" y2=\"60\" stroke=\"#0A2540\" stroke-width=\"4\"\/>\n    <line x1=\"164\" y1=\"60\" x2=\"164\" y2=\"78\" ${W}\/>\n    ${GND(164,78)}\n    ${T(176,100,'salida estable','#0E9270','end',10)}`,\n\n  motores: () => `\n    <line x1=\"34\" y1=\"14\" x2=\"186\" y2=\"14\" ${W}\/>${T(196,18,'+V','#5B6B79','end',10)}\n    <line x1=\"34\" y1=\"116\" x2=\"186\" y2=\"116\" ${W}\/>\n    <line x1=\"52\" y1=\"14\" x2=\"52\" y2=\"116\" ${W}\/><line x1=\"168\" y1=\"14\" x2=\"168\" y2=\"116\" ${W}\/>\n    <rect x=\"36\" y=\"28\" width=\"32\" height=\"18\" rx=\"4\" fill=\"#12B886\"\/>${T(52,41,'ON','#fff','middle',9)}\n    <rect x=\"152\" y=\"28\" width=\"32\" height=\"18\" rx=\"4\" fill=\"#D6DEE5\"\/>\n    <rect x=\"36\" y=\"84\" width=\"32\" height=\"18\" rx=\"4\" fill=\"#D6DEE5\"\/>\n    <rect x=\"152\" y=\"84\" width=\"32\" height=\"18\" rx=\"4\" fill=\"#12B886\"\/>${T(168,97,'ON','#fff','middle',9)}\n    <polyline points=\"52,14 52,65 92,65\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"4\"\/>\n    <polyline points=\"128,65 168,65 168,116\" fill=\"none\" stroke=\"#FFB020\" stroke-width=\"4\"\/>\n    <circle cx=\"110\" cy=\"65\" r=\"16\" fill=\"#fff\" stroke=\"#0A2540\" stroke-width=\"2.6\"\/>${T(110,71,'M','#0A2540','middle',14)}\n    ${T(110,20,'puente H','#0E9270','middle',10)}`,\n\n  lowside: () => `\n    <line x1=\"150\" y1=\"10\" x2=\"150\" y2=\"24\" ${W}\/>${T(166,16,'+V','#5B6B79','start',10)}\n    <circle cx=\"150\" cy=\"40\" r=\"16\" fill=\"#FFE08A\" stroke=\"#B8860B\" stroke-width=\"2.4\"\/>\n    <line x1=\"139\" y1=\"29\" x2=\"161\" y2=\"51\" stroke=\"#B8860B\" stroke-width=\"2\"\/>\n    <line x1=\"161\" y1=\"29\" x2=\"139\" y2=\"51\" stroke=\"#B8860B\" stroke-width=\"2\"\/>\n    ${T(182,44,'carga','#B8860B','start',10)}\n    <line x1=\"150\" y1=\"56\" x2=\"150\" y2=\"62\" ${W}\/>\n    ${mosMini(142,90)}\n    <line x1=\"150\" y1=\"118\" x2=\"150\" y2=\"122\" ${W}\/>${GND(150,122)}\n    <rect x=\"16\" y=\"78\" width=\"48\" height=\"24\" rx=\"5\" fill=\"#0E2F52\"\/>${T(40,94,'PIN','#fff','middle',10)}\n    <line x1=\"64\" y1=\"90\" x2=\"112\" y2=\"90\" ${W}\/>\n    ${T(62,16,'el MOSFET va del lado de tierra','#5B6B79','middle',9.5)}`,\n\n  highside: () => `\n    <line x1=\"110\" y1=\"8\" x2=\"110\" y2=\"14\" ${W}\/>${T(126,14,'+V','#5B6B79','start',10)}\n    ${mosMini(102,42,true)}\n    <line x1=\"110\" y1=\"70\" x2=\"110\" y2=\"78\" ${W}\/>\n    <circle cx=\"110\" cy=\"94\" r=\"16\" fill=\"#FFE08A\" stroke=\"#B8860B\" stroke-width=\"2.4\"\/>\n    <line x1=\"99\" y1=\"83\" x2=\"121\" y2=\"105\" stroke=\"#B8860B\" stroke-width=\"2\"\/>\n    <line x1=\"121\" y1=\"83\" x2=\"99\" y2=\"105\" stroke=\"#B8860B\" stroke-width=\"2\"\/>\n    <line x1=\"110\" y1=\"110\" x2=\"110\" y2=\"118\" ${W}\/>${GND(110,118)}\n    <line x1=\"30\" y1=\"42\" x2=\"72\" y2=\"42\" ${W}\/>${T(30,32,'control','#2E6FD6','start',10)}\n    ${T(46,74,'la carga queda','#5B6B79','middle',9.5)}${T(46,88,'a tierra','#5B6B79','middle',9.5)}`,\n\n  polaridad: () => `\n    <rect x=\"12\" y=\"46\" width=\"44\" height=\"32\" rx=\"5\" fill=\"#12B886\"\/>\n    ${T(34,60,'bater\u00eda','#fff','middle',9)}${T(34,73,'al rev\u00e9s','#fff','middle',9)}\n    <line x1=\"56\" y1=\"62\" x2=\"84\" y2=\"62\" ${W}\/>\n    ${mosMini(116,62,true)}\n    <line x1=\"124\" y1=\"34\" x2=\"124\" y2=\"26\" ${W}\/>\n    <line x1=\"124\" y1=\"90\" x2=\"124\" y2=\"98\" ${W}\/>\n    <line x1=\"148\" y1=\"44\" x2=\"176\" y2=\"80\" stroke=\"#D64545\" stroke-width=\"5\" stroke-linecap=\"round\"\/>\n    <line x1=\"176\" y1=\"44\" x2=\"148\" y2=\"80\" stroke=\"#D64545\" stroke-width=\"5\" stroke-linecap=\"round\"\/>\n    ${T(110,120,'no deja pasar nada y salva la placa','#5B6B79','middle',10)}`,\n\n  cmos: () => `\n    <line x1=\"120\" y1=\"6\" x2=\"120\" y2=\"14\" ${W}\/>${T(136,12,'+V','#5B6B79','start',10)}\n    ${mosMini(112,36,true,'#B8860B')}${T(150,30,'canal P','#B8860B','start',9.5)}\n    <line x1=\"120\" y1=\"64\" x2=\"120\" y2=\"70\" ${W}\/>\n    ${mosMini(112,96,false,'#0E9270')}${T(150,102,'canal N','#0E9270','start',9.5)}\n    <line x1=\"120\" y1=\"124\" x2=\"120\" y2=\"128\" ${W}\/>${GND(120,128)}\n    <line x1=\"52\" y1=\"36\" x2=\"82\" y2=\"36\" ${W}\/><line x1=\"52\" y1=\"96\" x2=\"82\" y2=\"96\" ${W}\/>\n    <line x1=\"52\" y1=\"36\" x2=\"52\" y2=\"96\" ${W}\/>\n    <line x1=\"20\" y1=\"66\" x2=\"52\" y2=\"66\" ${W}\/>${T(16,62,'A','#2E6FD6','end',13)}\n    <line x1=\"120\" y1=\"66\" x2=\"150\" y2=\"66\" stroke=\"#12B886\" stroke-width=\"3\"\/>\n    <circle cx=\"120\" cy=\"66\" r=\"4\" fill=\"#12B886\"\/>${T(158,71,'S','#0E9270','start',13)}`,\n\n  complementarias: () => `\n    ${mosMini(60,50,true,'#B8860B')}${T(60,18,'P','#B8860B','middle',12)}\n    ${mosMini(160,50,false,'#0E9270')}${T(160,18,'N','#0E9270','middle',12)}\n    <line x1=\"68\" y1=\"78\" x2=\"68\" y2=\"92\" ${W}\/>\n    <line x1=\"168\" y1=\"78\" x2=\"168\" y2=\"92\" ${W}\/>\n    <line x1=\"68\" y1=\"92\" x2=\"168\" y2=\"92\" ${W}\/>\n    <circle cx=\"118\" cy=\"92\" r=\"4\" fill=\"#12B886\"\/>\n    <line x1=\"118\" y1=\"92\" x2=\"118\" y2=\"106\" stroke=\"#12B886\" stroke-width=\"3\"\/>\n    ${T(118,122,'salida hacia la carga','#0E9270','middle',10)}\n    ${T(110,108,'uno sube, el otro baja','#5B6B79','middle',9.5)}`,\n};\n\nconst MOS_APPS = {\n  n: [\n    ['micro','Microprocesadores','Millones de MOSFET diminutos forman las compuertas de un chip.',['Tecnolog\u00eda CMOS','Memorias y CPUs']],\n    ['conmutada','Fuentes conmutadas','Conmutan miles de veces por segundo con p\u00e9rdidas m\u00ednimas.',['Cargadores','Fuentes de PC']],\n    ['motores','Control de motores','Manejan mucha corriente desde un pin de control.',['Puentes H','Drones y rob\u00f3tica']],\n    ['lowside','Interruptor low-side','Corta la carga por el lado de tierra: el uso m\u00e1s com\u00fan.',['Control de LEDs y rel\u00e9s','Salidas de microcontrolador']],\n  ],\n  p: [\n    ['highside','Interruptor high-side','Corta la alimentaci\u00f3n por el lado positivo dejando la carga a tierra.',['Control de encendido','Gesti\u00f3n de energ\u00eda']],\n    ['polaridad','Protecci\u00f3n de polaridad','Bloquea el paso si conectas la bater\u00eda al rev\u00e9s, sin apenas p\u00e9rdidas.',['Equipos a bater\u00eda','Automotriz']],\n    ['cmos','La mitad del CMOS','Junto al canal N forma cada compuerta l\u00f3gica moderna.',['Inversores y NAND','Consumo casi nulo']],\n    ['complementarias','Cargas complementarias','Se combina con el canal N para conmutar en ambos sentidos.',['Puentes H completos','Drivers de potencia']],\n  ],\n};\n\nfunction openMosApps(kind){\n  mosKind = kind;\n  document.getElementById('mosAppsKicker').textContent = mosLabel();\n  document.getElementById('mosAppsSub').textContent = kind === 'n'\n    ? 'Su velocidad y su control por voltaje lo vuelven ideal tanto para manejar potencia como para construir circuitos digitales.'\n    : 'El canal P se usa donde hace falta conmutar por el lado positivo o complementar a un canal N.';\n  document.getElementById('mosAppsGrid').innerHTML = MOS_APPS[kind].map(a =>\n    `<div class=\"source-card\">\n      <svg class=\"app-fig\" viewBox=\"0 0 220 130\" width=\"220\" height=\"130\">${MOS_APP_SVG[a[0]]()}<\/svg>\n      <h3>${a[1]}<\/h3>\n      <p>${a[2]}<\/p>\n      <ul class=\"source-specs\">${a[3].map(x=>`<li>${x}<\/li>`).join('')}<\/ul>\n    <\/div>`).join('');\n  document.getElementById('mosAppsModal').classList.add('open');\n}\n\nfunction openMosAppsN(){ openMosApps('n'); }\nfunction openMosAppsP(){ openMosApps('p'); }\n\ndocument.addEventListener('DOMContentLoaded', () => {\n  buildSlides();\n  initGates();\n  calcDivider();\n  buildDots();\n  goTo(0);\n\n  document.getElementById('nextBtn').addEventListener('click', next);\n  document.getElementById('prevBtn').addEventListener('click', prev);\n\n  document.querySelectorAll('.modal-close[data-close]').forEach(btn=>{\n    btn.addEventListener('click', ()=> closeModal(btn.dataset.close));\n  });\n  document.querySelectorAll('.modal-overlay').forEach(overlay=>{\n    overlay.addEventListener('click', (e)=>{\n      if(e.target === overlay) closeModal(overlay.id);\n    });\n  });\n\n  document.addEventListener('keydown', (e)=>{\n    const openModal = document.querySelector('.modal-overlay.open.encima') || document.querySelector('.modal-overlay.open');\n    if(e.key === 'Escape' && openModal){ closeModal(openModal.id); return; }\n    if(openModal) return;\n    if(e.key === 'ArrowRight') next();\n    if(e.key === 'ArrowLeft') prev();\n  });\n\n  \/\/ click on agenda items jumps to that slide\n  document.getElementById('slides').addEventListener('click', (e)=>{\n    const item = e.target.closest('[data-goto]');\n    if(item) goTo(parseInt(item.dataset.goto,10));\n  });\n\n  \/\/ basic touch swipe\n  let touchStartX = null;\n  const vp = document.querySelector('.viewport');\n  vp.addEventListener('touchstart', e=>{ touchStartX = e.touches[0].clientX; }, {passive:true});\n  vp.addEventListener('touchend', e=>{\n    if(touchStartX===null) return;\n    const dx = e.changedTouches[0].clientX - touchStartX;\n    if(Math.abs(dx) > 50){ dx < 0 ? next() : prev(); }\n    touchStartX = null;\n  }, {passive:true});\n});\n\n<\/script>\n","protected":false},"excerpt":{"rendered":"<p>Electr\u00f3nica B\u00e1sica \u2014 Investigaci\u00f3n t\u00e9cnica \u2190\u2192&nbsp;para navegar VOLTAJE \u00b7 VENTANA EXTRA \u00bfDe d\u00f3nde sale el voltaje? Tres fuentes de voltaje que vas a tener enfrente todos los d\u00edas. + \u2013 Bater\u00eda Fuente de voltaje DC port\u00e1til, basada en reacciones qu\u00edmicas internas. Voltaje fijo (ej. 1.5 V, 9 V, 12 V) No permite ajustar el voltaje [&hellip;]<\/p>\n","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-15","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/pages\/15","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=%2Fwp%2Fv2%2Fcomments&post=15"}],"version-history":[{"count":3,"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/pages\/15\/revisions"}],"predecessor-version":[{"id":19,"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=\/wp\/v2\/pages\/15\/revisions\/19"}],"wp:attachment":[{"href":"https:\/\/gigiolapscursos.com\/index.php?rest_route=%2Fwp%2Fv2%2Fmedia&parent=15"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}