Introduction: This project uses W806 chip for development, adds a light sensing module, a temperature sensing module, leads out most of the pins, and adds WiFi8266 as a network interface, which can expand the functions of the development board and truly realize the Internet of Things function.
Introduction: Use a microphone to amplify the collected sound signal, then use stm32f103c6t6 to perform FFT transformation on the collected signal, and then display the spectrum through a 0.96-inch OLED graphic with IIC protocol
Introduction: In order to solve the problem of insufficient sensor modules in daily design, this project integrates 3 LM393 modules to meet the daily use needs of course design and some small productions.
Introduction: MPU9250 low-cost ten-axis sensor (magnetometer, gyroscope, accelerometer)
Introduction: This design is based on the principle of image recognition and designs an Internet-based camera measurement system. The system uses Raspberry Pi as the core processing terminal, and realizes a star-shaped interconnection network through a 100M Ethernet switch and two camera nodes to complete the measurement and real-time display of the swing angle and length of the fishing line and laser pen combination.
Introduction: A basic four-legged framework...
now complete using a basic web page to control movement
Introduction: The gesture recognition of this device uses STM32 chip as the main control chip, which is mainly composed of FDC2214 measurement module, Bluetooth communication module and LCD display module. The system can recognize three types of guessing gestures and five digital gestures, and also implements guessing games and simple calculator functions for human-machine battles.
Introduction: Temperature sensor based on LM393, which can output analog and digital quantities
Introduction: Light intensity sensor based on BH1750