Esquema de Encendido Remoto PC

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Reading docs about How can a user redraw schematic wires and show explicit point-to-point connections instead of net labels in Flux? I need brief UI guidance for making connections visible manually..

No puedo hacer ese cambio por ti directamente.
Lo que pides es redibujar las conexiones en el lienzo del esquemรกtico para que se vean punto a punto, sin usar etiquetas de red. Ese tipo de ajuste entra en la presentaciรณn visual del cableado, y las herramientas de modificaciรณn del proyecto cubren componentes, conexiones lรณgicas y propiedades, pero no el redibujado manual de los cables en el canvas
La documentaciรณn que encontrรฉ sobre el editor sรณlo indica esto para crear conexiones:
  • Drag components from the Parts Library onto the canvas.
  • Connect them by clicking on a pin and dragging to another pin.
  • Flux automatically assigns net names if you donโ€™t label them.
Asรญ que:
  • Sรญ puedes dejarlo visible manualmente en el esquemรกtico, redibujando los wires.
  • Yo no puedo reorganizar o redibujar esos wires por ti desde aquรญ.
Si quieres, sรญ puedo ayudarte con cualquiera de estas dos cosas:
  • revisar quรฉ conexiones deberรญan verse directas para que el esquema quede limpio, o
  • quitar/renombrar etiquetas de red donde corresponda.
Quita etiquetas de red
Indica nets crรญticos
Busca documentaciรณn wiring
18 days

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Project Specification
Overview
Sistema de encendido remoto de PC basado en un ESP32, alimentado desde el cabezal USB 2.0 interno de la placa base. El diseรฑo incluye un modulo de rele optoacoplado de 1 canal para accionar PWR_SW y un divisor resistivo para detectar el estado del equipo mediante PWR_LED.
Architecture

Diagram


5V and GND 5V and GND GPIO13 COM and NO PWR_LED+ GPIO27 PWR_LED- Motherboard USB node_5V GND ESP32 Dev Board 5V Opto Relay Module F_PANEL Power Switch F_PANEL Power LED Divider R1 node_10k and R2 node_20k GND
Functional Blocks
  • ESP32 development board powered from 5 V on VIN and common GND.
  • Internal USB power connector providing 5 V and GND.
  • 5 V opto-isolated 1-channel relay module driven from GPIO13.
  • Front-panel connector carrying PWR_SW+, PWR_SW-, PWR_LED+, and PWR_LED-.
  • Voltage divider with R1 = 10k and R2 = 20k feeding GPIO27.
Required Connections
  • USB 5 V to ESP32 VIN and relay DC+.
  • USB GND to ESP32 GND, relay DC-, and PWR_LED-.
  • ESP32 GPIO13 to relay IN.
  • Relay COM to PWR_SW-.
  • Relay NO to PWR_SW+.
  • PWR_LED+ to R1, R1 to GPIO27, GPIO27 to R2, and R2 to GND.
Notes
  • Relay NC remains unconnected.
  • The divider ratio is intended to scale the front-panel LED signal for safe ESP32 sensing.
Design Summary
Status: Draft / Review / Approved
Manufacturing target: Prototype / EVT / DVT / PVT / Production
Software / firmware: repository link

Scope
Purpose
In scope
Out of scope

System context

Requirements
Functional
Electrical
Mechanical / environmental

Key constraints

Dependencies and risks
Dependencies
Key risks

Validation
Success criteria
Planned checks

Release-facing notes
Expected deliverables
Special release notes

Change notes / open questions
Changes in this revision
Open questions

    Overview

    Architecture

    Functional Blocks

    Required Connections

    Notes

    Design Summary

    Scope

    System context

    Requirements

    Functional

    Electrical

    Mechanical / environmental

    Key constraints

    Dependencies and risks

    Validation

    Release-facing notes

    Change notes / open questions

Documents

    Project Specification

Assets

Assets are files uploaded to this project which can be used in various ways.

ESP32 Remote PC Power Switch thumbnail
Welcome to your new project. Imagine what you can build here.

Properties

Properties describe core aspects of the project.

Pricing & Availability

Distributor

Qty 1

Arrow

$0.29โ€“$0.49

Digi-Key

$0.42

LCSC

$1.98

Mouser

$0.97

Verical

$0.51โ€“$0.80

Controls