Enhance your electronic projects with this high-quality Pulse Output Adjustable Module, crafted from durable ABS material for long-lasting performance. Designed as a versatile signal source, this module delivers a stable square wave output with an adjustable frequency range of 20Hz to 10kHz, making it ideal for various circuit applications requiring precise frequency control. Key Features: · Durable ABS Construction: Made from premium ABS material, providing robustness and reliable durability for extended use. · Stable Square Wave Output: Outputs a square wave signal with amplitude approximately equal to the power supply voltage, ensuring consistent performance. · Wide Adjustable Frequency Range: Easily adjust the output frequency from 20Hz up to 10kHz with up to 10% frequency deviation, meeting diverse application needs. · Precision Frequency Control: Features a multi-turn potentiometer allowing fine-tuned frequency adjustments for accurate signal generation. · Stable Voltage During Frequency Adjustment: Maintains a stable output voltage while adjusting the frequency, ensuring reliable operation. · Easy Customization: For special frequency requirements, simply replace the C1 capacitor to tailor the module to your specific needs. · Low Power Consumption: Operates efficiently with a power voltage range of DC 5V-15V and a no-load current of approximately 3mA. · High Output Drive Current: Supports an output drive current up to 200mA, suitable for various signal driving applications. Specifications: · Material: ABS · Power Voltage: DC 5V-15V · No-load Current: Approx. 3mA · Output Drive Current: 200mA Max · Frequency Range: 20Hz–10kHz (±10% deviation) · Adjustment Method: Multi-turn potentiometer · Output Signal: Square wave Package Includes: · 1 x Pulse Output Adjustable Module This pulse output adjustable module offers a reliable and flexible solution for generating variable frequency signals in electronic circuits. Its durable ABS construction, stable output, and precise control make it an essential component for engineers, hobbyists, and DIY enthusiasts looking to improve signal generation and waveform control in their projects.