High-end 75 W high power factor flyback LED driver based on L6562A with two dimmable LED strings
High-brightness LED array driver with diagnostics for automotive applications based on STAP08DP05 and STM8AF
ZigBee Lighting Reference Design with EMR32MG1 and PCB Antenna
Suitable for up to 6 white LED drivers based on STLA02 display backlight
The project is a cube shaped 10x10x10 LED matrix controlled by a serial interface.
Design colored LED lighting based on STM32 NUCLEO board (purely developed by cubeMX).
0.5 A inverting buck-boost LED driver board based on LED6000
High brightness LED driver based on ST1CC40, with suppression function, QFN package
ZigBee Lighting Reference Design with EM357 and PCB Antenna
Multi-channel LED driver based on LED7708 and STM32F103C6T6A with integrated boost controller for medium and large LCD panel backlighting
PTEG collector (based on SPV1050) and wireless transmitter board for STDES-IDS003V1 kit
STP4CMP based 4-channel LED driver with charge pump
This design developed a fingerprint recognition electronic password lock system based on a single-chip microcomputer. The system uses STC89C52 microcontroller as the core of the module. It controls the ZFM-60 fingerprint module through serial communication to register fingerprints and store fingerprint data. It displays the comparison process and results through the HS12864-15C LCD, supplemented by DC relays and light-emitting diodes to simulate unlocking. Actions. This system has small size, high cost performance, fast transmission speed, and is suitable for families and organizations.
The Micro WS2812 2020 RGB LED Matrix is a micro 25x25 mm 8x8 WS2812-2020 matrix. It's only about 1 square inch, or about a quarter the size of the United States. This micromatrix is daisy chainable, meaning you can stack boards side by side while using only one data pin. Best of all, this matrix is compatible with all other WS2812 related matrix codes and is open source. Despite its small stature, this matrix has everything you need, with pad connections for VCC, ground, data in, and data out. It works with 3.3 V or 5 V and is capable of outputting 16 mA per LED.
60 W wide input range flyback converter using HVLED001A controller (FOT mode)