The self-balancing car uses the power of the car model to keep the car relatively balanced, which is a dynamic balancing process. The power to maintain the balance of the car model comes from the movement of the wheels, driven by two DC motors. The hardware of the car is divided into three parts, namely the main control part, the car attitude acquisition part and the motor drive part.
This source code is based on the C language code of stm32f103 and is the source code of a complete robotic arm control project.
E-sports source code low-power and low-cost global positioning tracker
Unicycle controller schematic diagram based on STM32S103
An infrared sensor timer source code based on msp430F149
The best among foreign classic quadcopter schematic diagrams
51 microcontroller infrared decoding data + source code
Ranging through the ultrasonic module, stm32 is transmitted to OLED through IIC protocol
A DC regulated power supply circuit diagram based on 89C51, a novel regulated power supply design solution
MSP430 microcontroller controls tank target shooting C language source code
It has been verified that the car can stand upright after adjusting the parameters.
This product has been verified for use and is the best stable program after debugging.
The author has designed a circuit controlled by a microcontroller, and can easily create an automatic hand dryer with a commonly used hair dryer. In addition to the above functions, it also has flashing lights and crisp audio prompts.
This project designs a wireless multi-functional seat indication system suitable for various occasions. It uses MSP430 microcontroller as the core, CC2500 transceiver as the radio frequency module, and uses the Simplici TI wireless communication protocol to form a small radio frequency network.