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Yahboom ROS/ROS2 Robot Control Board Compatible with Raspberry Pi Jetson NANO with 9-axis IMU Sensor STM32F103C8T6 Motor Servo Port — image 1
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Yahboom ROS/ROS2 Robot Control Board Compatible with Raspberry Pi Jetson NANO with 9-axis IMU Sensor STM32F103C8T6 Motor Servo Port

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Electronics for everyday users

The Yahboom ROS/ROS2 Robot Control Board Compatible with Raspberry Pi Jetson NANO with 9-axis IMU Sensor STM32F103C8T6 Motor Servo Port by Yahboom is a premium electronics designed for everyday users.

₹5,938-32%
MRP:₹8,749Save ₹2,811
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Total: ₹5,938
Buying tip: A quality investment for dependable performance and premium build quality.
Estimated delivery: 4 Aug18 Aug
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SKU: bg-2017773Category: Electronics

About This Product

The Yahboom ROS/ROS2 Robot Control Board Compatible with Raspberry Pi Jetson NANO with 9-axis IMU Sensor STM32F103C8T6 Motor Servo Port by Yahboom is a premium electronics designed for everyday users. It delivers reliable performance at an accessible price.

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Description:
This Robot control board is not only a ROScar driver board, but also a STM32 core development board. It integrates STM32 core control unit, 9-axis attitude sensor and other components, and provides four-way encoder motor, four-way PWM servo, serial bus servo, RGB light bar and other peripheral interfaces. It can communicate and supply power with main control boards such as Raspberry Pi, JETSON series boards, and industrial computers. If you want to build a ROSrobot or a smart car, it will be a good choice.

Features:

1. On board 9-axis IMU sensor, STM32 core control unit.
2. It can drive 4-channel encoder motors, 4-channel PWM servos and serial bus servos.
3. Support CAN bus communication, USB serial communication, SBUS bus communication.
4. It can be used for Raspberry Pi, JETSON series boards, industrial computers.
5. Support 12V voltage input and multiple power supply interface output, refuse to use a safe and stable power supply system.

Parameters:
On board MCU model: STM32F103RCT6
Communication baud rate: 115200bps
Data interface: microUSB interface
USB to serial port chip: CH340 chip
Data output method: microUSB data interface
Command control: Support serial commands: whistle, light up, drive motor, etc.
IMU chip: ICM20948 nine-axis IMU attitude sensor
Motor drive model: AM2857 driver chip*4
Encoder motor: Support 4-channel 12V encoder motor
SBUS model aircraft remote control: Support, the factory frmware has been adapted to the driver function
CAN communication: Support, the factory frmware has been adapted to the driver function
Other peripheral interfaces: Support PWM servos, serial servos, RGB light bars, OLED displays, buzzers, and SWD debugging interfaces
Button: RESET key, KEY1 key, BOOTO key
Firmware update method: microUSB data interface + MCUISP tool to update firmware
Operating voltage: T type DC12V input

Stand-by current: About 50mA
Voltage output: DC 12V interface*2, DC 5V interface*1, Type-C 5V output interface (supports Raspberry Pi 5 power supply protocol*1
Protect the circuit: Servo over-current protection, anti-reverse connection protection, short-circuit protection
Operating temperature: -40*C-+ 85°C
Product Size: 85mm*56mm
Product weight: About 46g
 


Package Include: 
1x STM32 ROSRobot Control Board
1x Micro-USB Data Cable
1x Double-ended DC Power Supply Cable
1x Double-ended Type-C Power Supply Cable
1x Copper Post Screws Pack
1x OLED 0.91-inch Display(Optional)



Product Safety Information

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.