• YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V
  • YF-6 PWM Generator Module - 1Hz To 100KHz Square Wave Signal Generator, 0-100% Duty Cycle, DC 3.3V-20V

Product Details

Web ID: 1034609

Need to control motor speed, LED brightness, or generate precise signals for your electronics project? This compact YF-6 PWM (Pulse Width Modulation) Generator Module is a handy little tool for hobbyists, students, and engineers.

It's incredibly versatile. You can adjust two key parameters: the frequency (how fast the pulses happen) from a slow 1 Hertz all the way up to 100,000 Hertz, and the duty cycle (how long each pulse is \on\) from 0% to 100%. This lets you create everything from a slow blinking signal to a high-frequency motor control signal.

Powering it is easy – it runs on a wide DC voltage range from 3.3V to 20V, so you can hook it up to an Arduino (5V), a 12V supply, or various batteries. The output is a clean square wave signal ready to drive other circuits.

The module is small and lightweight (about 33g), making it easy to integrate into prototypes or permanent projects. It's a simple, no-fuss way to add adjustable PWM generation to your electronics toolbox. Great for testing, prototyping, or learning about pulse-width modulation.