2D2 IRF520 MOSFET Driver Module

Description This little module (HCMODU0083) is a breakout board for the IFR520 MOSFET transistor. The module is designed to switch heavy DC loads from a single digital pin of your microcontroller. Its main purpose is to provide a low cost way to drive a DC motor for robotics applications, but the module can be used to control most high current DC loads. Screw terminals are provided to interface to your load and external power source. An LED indicator provides a visual indication of when your load is being switched. Datasheeet Specifications Size: 33*24mm Weight: 10g Voltage: 3.3V, 5V Ports: Digital Level Output load voltage :0-24V Output load current: <5A (1A above need to add heat sink) Platform: Arduino, MCU, ARM, raspberry pie Using original IRF520 Power MOS, you can adjust the output PWM Arduino drive up to 24V allows the load, such as LED lights, DC motors, miniature pumps, solenoid valves PWM dimming LED can be used to achieve stepless dimming, variable speed motor Package Included: 1 x IRF520 MOS FET Driver Module IRF520 MOSFET Driver Module Pinout This sensor has 7 pins: VCC: Module power supply – 5V GND: Ground SIG: PWM input signal Vin: Input voltage 5-24 V OUT: Module output for connecting to motor You can see the pinout of this module in the image below. Required Materials Hardware Components Arduino UNO R3 × 1 IRF520 MOSFET Driver Module × 1 6V DC Motor × 1 10K Potentiometer × 1 9V Battery × 1 9V Battery Clips with Bare Leads × 1 Male-Female jumper wire × 1 Male-Male jumper wire × 1 400 Tie point Breadboard × 1 Interfacing IRF520 MOSFET Driver Module with Arduino Step 1: Circuit The following circuit shows how you should connect Arduino to IRF520 sensor. Connect wires accordingly. Step 2: Code Upload the following code to Arduino. #define PWM 3 int pot; int out; void setup() { Serial.begin(9600); pinMode(PWM,OUTPUT); } void loop() { pot=analogRead(A0); out=map(pot,0,1023,0,255); analogWrite(PWM,out); } In this code, by rotating the potentiometer, the value of PWM pin 3 changes from 0 to 5. The voltage of the motor also changes from 0 to 9. It can be seen that by turning the potentiometer, the motor speed can be controlled.