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remplazo para un capacitor de 100uf y 35v

holedriel

@copilot remplazo para un capacitor de 100uf y 35v

copilot

En tu proyecto, el capacitor de 100 µF y 35 V es un componente estándar que puedes reemplazar con una variedad de opciones similares dependiendo de la disponibilidad y las especificaciones exactas que necesites. Aquí tienes algunas alternativas que podrías considerar:

Alternativas de reemplazo

EEE-FP1V101P (Panasonic)
- Capacitancia: 100 µF
- Voltaje: 35 V
- Tipo: Capacitor de aluminio electrólito SMD
UFW1V101MDD (Nichicon)
- Capacitancia: 100 µF
- Voltaje: 35 V
- Tipo: Capacitor de aluminio electrólito radial
UVZ1V101MDD (Nichicon)
- Capacitancia: 100 µF
- Voltaje: 35 V
- Tipo: Capacitor de aluminio electrólito radial

Especificaciones Técnicas

Capacitancia: 100 µF
Voltaje: 35 V
ESR: Similar al capacitor original, típicamente 160 mΩ @ 100 kHz
Vida útil: Asegúrate de que la vida útil sea comparable, por ejemplo, 2000 horas a 105 °C.

Conexión

Si deseas conectar este capacitor a tu proyecto, aquí está el formato de conexión basado en los designadores provisionales:

Positivo (Anodo): ANODE
Negativo (Catodo): CATHODE

Conecta de la siguiente forma:

Connect $\text{ANODE}$ de ANODE:1 to el terminal positivo del capacitor.
Connect $\text{CATHODE}$ de CATHODE:2 to el terminal negativo del capacitor.

Si el diseño de tu PCB tiene estos puntos de conexión donde originalmente estaba conectado el capacitor, puedes hacer esta sustitución fácilmente.

¿Hay alguna característica específica que debamos tener en cuenta para el reemplazo?

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un remplazo para el capacitor de 100uf y 35v

holedriel

@copilot un remplazo para el capacitor de 100uf y 35v

copilot

Si estás buscando un reemplazo para un capacitor de 100 µF y 35V, la elección dependerá de varios factores como el tipo de capacitor, el tamaño, la impedancia, y la duración esperada. Sin embargo, un buen punto de partida podría ser los capacitores de aluminio electrolítico similares.

Aquí tienes algunas opciones que podrías considerar:

Panasonic EEU-FR1V101Y:
- Capacitancia: 100 µF
- Voltaje: 35V
- Tipo: Aluminio Electrolítico
- Impedancia: 100mΩ @ 100kHz
- Duración: 5000 horas @ 105°C
Nichicon UPM1V101MED:
- Capacitancia: 100 µF
- Voltaje: 35V
- Tipo: Aluminio Electrolítico
- Impedancia: 130mΩ @ 100kHz
- Duración: 5000 horas @ 105°C
Rubycon 35ZL100MEFCT810X16:
- Capacitancia: 100 µF
- Voltaje: 35V
- Tipo: Aluminio Electrolítico
- Impedancia: 120mΩ @ 100kHz
- Duración: 2000 horas @ 105°C

Asegúrate de verificar las dimensiones y la disposición de los pines para asegurarte de que sea compatible con tu diseño existente.

¿Te gustaría asistencia para agregar uno de estos componentes a tu proyecto de Flux?

Someone is typing...

remplazo para un capacitor de 100uf y 35v

holedriel

@copilot remplazo para un capacitor de 100uf y 35v

copilot

Para reemplazar un capacitor de 100 µF y 35V, debes buscar un capacitor con las siguientes especificaciones:

Capacitancia: 100 µF
Voltaje de trabajo: al menos 35V
Factor de disipación o ESR adecuado, en este caso 160mOhm @ 100kHz
Tolerancia y temperatura de trabajo que se ajusten a tus necesidades
Tiempo de vida útil, en este caso 2000 horas a 105°C
Tipo de encapsulado: Radial o SMD

Suponiendo que necesitas un componente equivalente, podría recomendarte el siguiente capacitor que es similar en características:

Posible reemplazo recomendado:

EEEKF1V101P de Panasonic

Este capacitor es un buen sustituto dado que tiene especificaciones similares en términos de capacitancia, voltaje de trabajo, ESR, y el tipo de encapsulado.

Por favor confirma que las especificaciones del capacitor EEEKF1V101P se adecuan a los requerimientos adicionales de tu diseño antes de proceder con el reemplazo. ¿Hay alguna otra característica específica que debamos considerar?

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New Comment

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ANODE

CATHODE

const inputTerminalElement = flux.getNodeById("33a2b78c-2e4d-5653-e4e5-1f582a2752fd"); //anode
const outputTerminalElement = flux.getNodeById("c408cf28-339b-14b2-0d83-10c034dcebeb"); //cathode
const outputVoltage = flux.createOutputNode("vout");
const inputVoltage = flux.createOutputNode("vin");
const current = flux.createOutputNode("I");
const voltageDrop = flux.createOutputNode("vdrop");
const statusOutput = flux.createOutputNode("stats");
// Setup Event
flux.on("setup", (event) => {
    const capacitance = flux.properties.find((prop) => prop.name === "Capacitance")?.value || 10e-6;
    flux.simulationModel = {
        type: "capacitor",
        capacitance: capacitance,
        map_input_to_terminal_uid: inputTerminalElement?.uid,
        map_output_to_terminal_uid: outputTerminalElement?.uid
    };
});
// Before Event

Line: 12:19: 'event' is declared but its value is never read.Line: 17:58: 'uid' is deprecated.Line: 18:60: 'uid' is deprecated.Line: 23:24: 'event' is declared but its value is never read.Line: 31:23: 'event' is declared but its value is never read.Line: 43:23: 'event' is declared but its value is never read.Line: 16:9: Type 'Readonly<{}>' is not assignable to type 'number'.Line: 17:9: Type 'string | undefined' is not assignable to type 'string'. Type 'undefined' is not assignable to type 'string'.Line: 18:9: Type 'string | undefined' is not assignable to type 'string'. Type 'undefined' is not assignable to type 'string'.Line: 27:9: Type 'Readonly<{}>' is not assignable to type 'number'.Line: 33:51: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 33:92: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 47:57: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 52:55: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 57:59: Property 'current' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'current' does not exist on type 'ElementNode'.Line: 59:31: Object is possibly 'undefined'.Line: 59:52: Property 'current' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'current' does not exist on type 'ElementNode'.Line: 63:64: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 63:96: Property 'voltage' does not exist on type 'ElementNode | ElementTerminalNode | PcbLayoutNode | PcbLayoutRuleSetNode | RouteNode'. Property 'voltage' does not exist on type 'ElementNode'.Line: 64:17: Property 'displayInLine' does not exist on type 'OutputNode'. Did you mean 'displayInline'?

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