LED control with button on RSL10 EVB using interrupts and RTT debug

High-precision 5V low-dropout voltage regulator breakout board using onsemi NCP3334A, ideal for powering microcontrollers and embedded electronics up to 500 mA.

SysTick-based timestamp system for ON Semiconductor RSL10. Implements button event counting with 10-second window, hybrid debounce, and low-power sleep mode. Uses SysTick instead of RTC for continuous time tracking.

Simple UART-based LED control for RSL10. Bidirectional serial communication with command confirmation. No external hardware required.

Reliable bidirectional I2C communication between RSL10-002GEVB (master) and Arduino Nano (slave). Features software I2C bit-bang implementation on RSL10, hardware I2C on Arduino, 3.3V logic compatibility, and tested data transfer with error handling. Includes complete working code, wiring diagrams, and troubleshooting guide.

High-precision 3.3V low-dropout voltage regulator breakout board using onsemi NCP3334A, providing efficient and stable power up to 500 mA.