Robogame_2023 Public power board of University of Science and Technology of China

# USTC_RoboGame2023 Official Power Distribution Board Instructions
    The link to last year's power distribution board is ( [USTC RoboGame2022 Official Power Distribution Board (Public Power Distribution Board) - Jia Li Chuang EDA Open Source Hardware Platform](https://oshwhub.com/Trojan/robogame2022-guan-fang-fen-dian-ban) ) The

    link to the power distribution board the year before was ( [Robogame2021 Public Power Distribution Board - Jia Li Chuang EDA Open Source Hardware Platform](https://oshwhub.com/Gabonlee/robogame-public-power-board) )

## What's New

- Added an emergency stop switch interface to facilitate the connection of the emergency stop switch. **If the emergency stop switch is not connected, this development board will not be usable. **

- Re-layout to leave space for the upper expansion board, which can be used with the upper step-down board.

- Modify the bug of the switch schematic diagram in previous years.

## Detailed description

The following instructions are from last year's power distribution board instructions.

- Input terminal

- SRC_IN0 or 1

- Connect to the main power supply

- Generally 12V or 24V

- Note! Only one of the two terminals can be connected

- 5V_IN

- Connect to custom voltage input

- Since the output terminal of this input terminal includes USB for powering devices such as microcontrollers and Raspberry Pi, it is recommended to connect this input terminal to 5V

- 3V3_IN

- Connect to custom voltage input

- Generally speaking, it is used to power various small modules

- For example, the line patrol module, the driving voltage is 3.3V-5V, so it is recommended to connect this input terminal to 3.3V

- Output terminal

- SRC_OUT1-8
- Output is the voltage of SRC_IN;
- 5V_OUT
- Output is the voltage of 5V_IN, connected to DuPont line
- 5V_USB
- Output is the voltage of 5V_IN, connected to USB, used to drive microcontrollers, Raspberry Pi, etc.
- 5V_OUT
- Output is the voltage of 5V_IN, connected to DuPont line
- 3V3_OUT
- Output is the voltage of 3V3_IN, Connect Dupont line