Circuit Documentation

Summary

This document provides a detailed overview of a circuit comprising various components such as a router, battery pack, TP-Link Omada, Raspberry Pi, and several connectors and modules. The circuit is designed to interconnect these components to achieve a specific functionality, which includes power distribution and data communication.

Component List

1. Router

   • Description: A network device that forwards data packets between computer networks.
   • Pins: LAN 1, LAN é, WAN, USB 3.0, POWER

2. Bloc batterie 12V

   • Description: A 12V battery pack used for power supply.
   • Pins: +, -

3. TP-Link Omada

   • Description: A network device used for wireless access.
   • Pins: POWER, ETH (POE)

4. Raspberry Pi

   • Description: A small single-board computer.
   • Pins: ETHERNET, USB 3, USB 2, POWER, MICRO HDMI PORT

5. Comment

   • Description: A placeholder for comments or notes.
   • Pins: None

6. Connecteur 2 to 6

   • Description: A connector with 2 to 6 pin connections.
   • Pins: -, +

7. Connecteur 3 to 9

   • Description: A connector with 3 to 9 pin connections.
   • Pins: -, +, /

8. Module 12V to 5V

   • Description: A voltage regulator module that converts 12V to 5V.
   • Pins: + 5V, - 5V, - 12V or 24V, + 12V or 24V

9. USB C to 2 fils

   • Description: A USB C connector to 2-wire connection.
   • Pins: USB C, +, -

10. Cable DC 2 fils

    • Description: A DC cable with 2-wire connections.
    • Pins: +, -, DC 12V

11. Bouton-Poussoir

    • Description: A push-button switch.
    • Pins: +, ON, NO, -

Wiring Details

Router

• POWER is connected to USB C of USB C to 2 fils.

Bloc batterie 12V

• + is connected to / of Connecteur 3 to 9.
• - is connected to - of Connecteur 3 to 9.

TP-Link Omada

• POWER is connected to DC 12V of Cable DC 2 fils.

Raspberry Pi

• POWER is connected to USB C of USB C to 2 fils.

Connecteur 2 to 6

• - is connected to - 5V of Module 12V to 5V.
• - is connected to - of USB C to 2 fils.
• - is connected to - of USB C to 2 fils.
• + is connected to + of USB C to 2 fils.
• + is connected to + of USB C to 2 fils.
• + is connected to + 5V of Module 12V to 5V.

Connecteur 3 to 9

• - is connected to - of Cable DC 2 fils.
• - is connected to - 12V or 24V of Module 12V to 5V.
• - is connected to - of Bouton-Poussoir.
• + is connected to + of Cable DC 2 fils.
• + is connected to + 12V or 24V of Module 12V to 5V.
• + is connected to + of Bouton-Poussoir.
• / is connected to + of Bloc batterie 12V.
• / is connected to NO of Bouton-Poussoir.

Module 12V to 5V

• - 5V is connected to - of Connecteur 2 to 6.
• + 5V is connected to + of Connecteur 2 to 6.
• - 12V or 24V is connected to - of Connecteur 3 to 9.
• + 12V or 24V is connected to + of Connecteur 3 to 9.

USB C to 2 fils

• USB C is connected to POWER of Router.
• USB C is connected to POWER of Raspberry Pi.
• - is connected to - of Connecteur 2 to 6.
• - is connected to - of Connecteur 2 to 6.
• + is connected to + of Connecteur 2 to 6.
• + is connected to + of Connecteur 2 to 6.

Cable DC 2 fils

• DC 12V is connected to POWER of TP-Link Omada.
• - is connected to - of Connecteur 3 to 9.
• + is connected to + of Connecteur 3 to 9.

Bouton-Poussoir

• - is connected to - of Connecteur 3 to 9.
• + is connected to + of Connecteur 3 to 9.
• ON is connected to + of Connecteur 3 to 9.
• NO is connected to / of Connecteur 3 to 9.

Code

No code is provided for this circuit.

---

This document provides a comprehensive overview of the circuit, including a detailed list of components and their interconnections. This should serve as a useful reference for understanding and troubleshooting the circuit.