2 Channel PWM Pulse Frequency Generator Module (Adjustable Duty Cycle Square Wave Signal Generator)

The 2 Channel PWM Pulse Frequency Generator Module is a dual-channel signal generation module designed to produce stable PWM, square wave, and rectangular pulse signals for testing, control, and embedded electronics applications. Each output channel features independent frequency and duty cycle adjustment, allowing flexible waveform generation for a wide range of electronic circuits and control systems.

This module is ideal for motor speed control, LED dimming, servo testing, inverter experiments, signal simulation, switching power supply development, and laboratory testing. Its dual independent outputs enable simultaneous generation of different PWM signals, making it suitable for complex automation and embedded control projects.

Key Features -

• Dual independent PWM output channels

• Adjustable output frequency for each channel

• Independent duty cycle adjustment

• Generates square and rectangular wave signals

• Stable and accurate PWM signal generation

• Easy adjustment using onboard controls

• Suitable for motor speed and LED brightness control

• Compact PCB module design

• Reliable performance for testing and development

• Ideal for laboratory and embedded applications

Specifications -

• Product type - PWM Signal Generator Module

• Output channels - 2 Independent Channels

• Signal type - PWM, Square Wave, Rectangular Pulse

• Output frequency - Wide Adjustable Range

• Duty cycle - Independently Adjustable per Channel

• Waveform - Square and Rectangular

• Adjustment method - Onboard Potentiometers or Integrated Controls (Model Dependent)

• Mounting type - PCB Module

• Application - PWM Signal Generation and Control

Applications -

• DC motor speed control testing

• LED dimming systems

• Servo motor testing

• Function and pulse signal generation

• PWM controller development

• Switching power supply testing

• Industrial automation systems

• Embedded system development

• Electronics laboratory experiments

• DIY electronics projects