Circuit Documentation
Summary of the Circuit
This circuit integrates a Raspberry Pi 5 with an MPU-6050 sensor module. The Raspberry Pi 5 serves as the central processing unit, capable of handling complex computations and providing various connectivity options. The MPU-6050 is a motion-tracking device that contains a 3-axis gyroscope and a 3-axis accelerometer. It is connected to the Raspberry Pi via I2C communication protocol, which allows the Raspberry Pi to receive motion data from the MPU-6050.
Component List
Raspberry Pi 5
- Description: A powerful single-board computer with a broad range of connectivity options.
- Pins: Type-C, Micro HDMI 1, Micro HDMI 2, Camera 1, Camera 2, PoE, Fan, PCIe, USB 3.0, USB 2.0, Ethernet, 5V, GND, 3.3v, GPIO 14, GPIO 15, GPIO 18, GPIO 23, GPIO 24, GPIO 25, GPIO 8, GPIO 7, GPIO 1, GPIO 12, GPIO 16, GPIO 20, GPIO 21, GPIO 2, GPIO 3, GPIO 4, GPIO 17, GPIO 27, GPIO 22, GPIO 10, GPIO 9, GPIO 11, GPIO 0, GPIO 5, GPIO 6, GPIO 13, GPIO 19, GPIO 26.
- Purpose: To process data and control the MPU-6050 sensor module.
MPU-6050
- Description: A 6-axis motion tracking device that combines a 3-axis gyroscope and a 3-axis accelerometer.
- Pins: VCC, GND, SCL, SDA, XDA, XCL, AD0, INT.
- Purpose: To provide motion data to the Raspberry Pi.
Wiring Details
Raspberry Pi 5
- 3.3v connected to MPU-6050 VCC
- GND connected to MPU-6050 GND
- GPIO 2 (SDA) connected to MPU-6050 SDA
- GPIO 3 (SCL) connected to MPU-6050 SCL
MPU-6050
- VCC connected to Raspberry Pi 5 3.3v
- GND connected to Raspberry Pi 5 GND
- SDA connected to Raspberry Pi 5 GPIO 2 (SDA)
- SCL connected to Raspberry Pi 5 GPIO 3 (SCL)
Documented Code
No code has been provided for the microcontrollers in the circuit. The Raspberry Pi 5 would typically run an operating system such as Raspberry Pi OS, and the user would write a program in a language like Python to interface with the MPU-6050 sensor via the I2C protocol. However, since no specific code has been included in the input, this section cannot be documented further.