3 Channel PWM Signal Generator Module Adjustable Pulse Square Rectangular Wave Frequency and Duty Cycle Controller

Enhance your experimental development and control projects with this advanced 3-channel PWM Signal Generator. Designed with high precision and versatility, it provides synchronized frequency output across all three channels while allowing independent duty cycle adjustments, making it ideal for a variety of applications including motor driver control, PWM dimming, and speed regulation. Key Features: · Three-Channel PWM Output: Offers simultaneous PWM signals with adjustable frequency that remains consistent across all channels, ensuring coordinated multi-channel control. · Wide Frequency Range: Supports a broad frequency range from 1Hz to 150kHz, accommodating numerous experimental and practical scenarios. · High Frequency Accuracy: Delivers precise frequency output with an accuracy of approximately ±2% in each range, ensuring reliable and stable signal generation. · Independent Duty Cycle Adjustment: Easily customize the duty cycle for each channel independently, providing flexibility for diverse control needs. · Robust Signal Load Capacity: Capable of output currents between 5mA and 30mA, suitable for driving various control circuits and MCU applications. · PWM Amplitude Matches Supply Voltage: The output signal amplitude corresponds directly to the supplied voltage, ranging from 3.3V to 30V, optimizing compatibility with different systems. · Sophisticated Manufacturing Technology: Built using advanced production techniques to ensure durability, stable performance, and serial communication support. Specifications: · Item Type: PWM Signal Generator · Working Voltage: 3.3V – 30V · Frequency Range: 1Hz – 150kHz · Frequency Accuracy: Approx. ±2% in each frequency range · Signal Load Capacity: Output current about 5mA – 30mA · Output Amplitude: PWM amplitude equal to the supply voltage Package Includes: · 1 x PWM Signal Generator This PWM Signal Generator is the perfect tool for engineers, hobbyists, and developers seeking precise and flexible PWM signals for motor control, LED dimming, speed adjustments, and other MCU-driven experiments. Its user-friendly adjustable parameters and reliable performance make it an essential component for various electronic testing and control applications.