Precise and flexible pulse timing: Wide frequency range with precision enables adjustable pulses for diverse timing needs in experiments and development. Easy setup and monitoring: LCD display provides realtime visualization of frequency and duty cycle settings, reducing guesswork and speeding up configuration. Seamless circuit integration: PWM output allows straightforward setting of frequency and duty cycle, and serial port communication enables interaction with other circuits and devices. Versatile tool for experimentation and development: Suitable for creating adjustable pulses and controlling a variety of circuits during prototyping, testing, and learning. Key attributes and capabilities Function: PWM pulse generator with adjustable frequency and duty cycle; supports serial port communication for integration with other hardware. Performance: Wide frequency range combined with precision to ensure accurate timing control. Interface: LCD display for intuitive visualization of current frequency and duty cycle settings. Compatibility: Designed to communicate with and drive other circuits through a serial connection for integrated test setups. Use scenarios Lab experimentation: Generate precise PWM signals to test microcontrollers, sensors, or motor drivers, and observe responses under different timing conditions. Prototyping and development: Use adjustable pulses to control circuits in earlystage designs, optimize timing for timingcritical tasks, and communicate with supporting hardware via serial port. Education and demonstrations: Show PWM concepts, duty cycle effects, and timing resolution in classroom or workshop settings with clear visual feedback on the LCD display.