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RIIEYOCA 400W Dual High-Power MOSFET Trigger Module, 0-20KHz PWM Motor Controller, 5V-36V 15A(Max 30A) DC Motor Speed Controller for Arduino, DIY Projects(6Pack)
$14.83
About This
- Dual High-Power MOSFET Trigger Module: Featuring a parallel dual MOSFET configuration with screwless terminal design, it delivers a continuous current of 15A and a maximum power output of 400W. Compatible with PWM controllers (0-20kHz) for precise motor speed and LED brightness regulation, it seamlessly integrates with microcontrollers (Arduino/Raspberry Pi) and PLC systems.
- Dual MOSFET Drive: Featuring a dual MOS parallel structure with active output, it delivers lower internal resistance, higher current capacity, and robust power output. Capable of stable operation at 15A/400W, it can achieve up to 30A under enhanced thermal management, meeting the requirements of most devices and effortlessly controlling high-power equipment.
- Multi-voltage and Signal Compatibility: PWM (0-20kHz) adjustable control panel supports output voltages from 5 to 36V and input digital signals from 3.3 to 20V. Suitable for microcontroller I/O ports, PLC interfaces, DC power supplies, and other digital control systems. Eliminates the need for complex intermediate circuitry, greatly simplifying DIY and automation projects.
- High Reliability: This MOSFET trigger module is engineered for extreme environments, enabling endless switching cycles while maintaining stable and efficient operation across a temperature range of -40 to 85°C. Such durability ensures high reliability under diverse environmental conditions, significantly enhancing its suitability for outdoor, automotive, and industrial applications.
- Wide Application: This MOSFET switch driver module excels as a versatile power control unit across numerous applications. Its design enables precise control of high-power devices such as motor speed regulation, LED dimming, micro-pumps, and solenoid valves. It serves as an indispensable core component for robotics, smart home systems, CNC machine tools, and power electronics projects requiring precise PWM modulation.