Enhance your electronic projects with this high-performance MOSFET Switching Module, designed for efficient and precise control of high-current loads. Constructed with durable synthetic paperboard material, this module features convenient input and output screw terminal blocks and a 2.54mm pin control terminal for easy wiring and integration. Ideal for applications requiring PWM control, this module allows microcontrollers to directly manage motor speed, light brightness, and other functions with high accuracy and stability. Key Features: · Easy Wiring Design: Equipped with input and output screw terminal blocks and a 2.54mm pin control terminal, enabling straightforward and secure connections. · Microcontroller Compatible: Directly connect the control terminal to MCU IO pins to use PWM signals for precise control of motor speed, LED brightness, and more. · Optical Isolation: The board incorporates optical isolation technology, fully separating the control circuit from the power terminals to enhance safety and reduce interference. · Simple Control Interface: Features a 2-pin control input that can be connected directly to a control switch or ground for convenient operation. · Low Control Current: Operates with a minimal control current of 1-5mA, ensuring low power consumption and efficient control voltage management. · High Current Capacity: Supports a large charging current of up to 22A, making it suitable for demanding power applications with output voltages ranging from 5V to 36V DC. · Wide Control Voltage Range: Compatible with control voltages between DC 3.3V and 12V, offering flexibility for various microcontroller and control system setups. Specifications: · Material: Synthetic Paperboard · Item Type: MOSFET Switching Module · Color: As shown in the picture · Input Control Voltage: DC 3.3V-12V · Output Charging Voltage: DC 5-36V · Control Current: 1-5mA · Charging Large Current: 22A Package Includes: · 1 x MOSFET Switching Module This MOSFET Switching Module combines ease of use, high current capacity, and reliable optical isolation, making it an excellent choice for hobbyists and professionals looking to efficiently control power in motor drives, LED lighting, and other electronic projects. Its robust design and versatile control options ensure optimal performance and long-term durability.