31A Power Rating High Power Module Isolated MOSFET Relay LR7843 FET Module

Features: Enhanced Safety & Anti-: Features full optocoupler isolation, effectively separating the control signal from the high-power device. This design eliminates electrical noise, prevents voltage spikes, and ensures stable, reliable operation for your sensitive microcontrollers like for Arduino. Common 3V/5V Microcontroller Compatibility: Easily interfaces with a wide range of control boards, including for Arduino, for Raspberry Pi (using 3V logic), and other 3V or 5V microcontrollers. No need for a separate logic level shifter, simplifying your projects. High-Level Activate with for PWM Control: Operates on a simple and common control logic: a high signal starts the device, a low signal stops it. It also fully supports for PWM ( for Pulse Width Modulation) signals for precise and smooth control of motors or flow control of valves. Robust Power Handling with LR7843 MOSFET: Equipped with a powerful LR7843 MOSFET, capable of driving high-current DC devices up to 30V and 161A. Perfect for demanding applications like controlling large motors, solenoids, and industrial DC equipment. Compact & Flexible Mounting Design: The compact (33mm x 16mm) includes convenient mounting holes for secure installation. It offers flexible connection options with solderable terminals or pins for both the input signal and high-power output, making it breadboard-friendly.

Specification: Part Name: FET Color: as show Material: Plastic Optocoupler Isolation: Yes Controlled Device Power Isolation: Yes Compatible with: MCUs and for Arduino Light Control Boards, 3V or 5V Signals High-Level Start: Yes Low-Level Stop: Yes LR7843: 30V/161A Screw Hole Diameter: Two 2mm diameter screw holes Hole Spacing: 8mm

Size: 33*16mm Weight: Approximately 6.15g

Package Content: 1*FET

Note: 1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.