Introduction: STC program burning automatic download tool CH340N, no need for manual cold start.
Introduction: Experimental design of electronic technology for the 19th grade junior student at Hubei Institute of Engineering
Introduction: This chip has programmed about 120 lighting effects and can support the control of 400 WS2812-RGB lamp beads.
Introduction: JLink_ARM-OB is a JLink programmer using STM32F072, which further simplifies the tools required for development and the latest USB Type C interface.
Introduction: Using 51 microcontroller plus DS1302 and ADC conversion to realize clock display and photoelectric control of light strip brightness. This design comes from the button display experiment during the preparation of the Blue Bridge Cup. The mode conversion function of using buttons is relatively diverse.
Introduction: The functional parts used in this design are the MEGA2560 microcontroller as the main control: clock chip (DS1302), pressure sensor (BMP280), op amp circuit (LM386), and OLED display. Compared with previous trainings, it is more practical and scalable.
Introduction: CH552-based small keyboard with USB docking station
Introduction: This energy storage car uses STC8A8K64S4A12 as the main control chip and the JGB37-520 drive motor as the driving structure of the car. It uses the single-chip microcomputer main control to control the TB6612 and drive the car.
Introduction: The flight control board of an electric ducted aircraft
Introduction:! ! ! PCB has not been verified yet! ! ! ! ! ! PCB has not been verified yet! ! ! ! ! ! PCB has not been verified yet! ! !
Introduction: PTC constant temperature heating table-STC8H1K28
Introduction: 16*16 dot matrix screen controlled by 51 microcontroller, with eight buttons, capable of playing pixel games such as Tetris and Snake.
Introduction: Fully compatible with ArduinoMega2560; onboard USB to UART0; onboard 5V to 3.3V output; DC-DC step-down 5V can drive multiple servos
Introduction: FSF-1A, adjustable speed handheld fan based on IP2365, CH224K and ATTiny13A, maximum 40W PD charging, 35Wh battery pack
Introduction: Using a rotary encoder, a "high-end" dimming and speed control module based on ATtiny13A
Introduction: This project is part of the "Element Project" Project Element. It uses STM32F103 as the core module of the MCU and uses the NGFF m.2 5+6 B-Key interface. The specific wiring is as shown in the schematic diagram.