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Arduino IRF520 MOSFET Driver Module for Boards compatible

Arduino IRF520 MOSFET Driver Module for Boards compatible

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  • This is IRF520 MOSFET Driver Module for Boards compatible with Arduino
  • This module has Operating Voltage of 3.3V - 5V DC.
  • This is Using IRF520 Power MOS, you can adjust the output PWM.
  • Ports type Digital Level.
  • Output load voltage of this Module is 0-24 V.
  • This module can Drive up to 24V allows the load, such as LED lights, DC motors, miniature pumps, solenoid valves.

IRF520 MOSFET Driver Module for Arduino/ Raspberry Pi

IRF520 MOSFET Driver Module for Arduino/ Raspberry Pi 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.

Here is a simple breakout board for the IRF520 Mosfet. Easy hookup to your Arduino or another 3-5v microcontroller. Pulse current through a PWM pin, and use this to control a pump, LED, or other DC device at up to 24v, and ~5A.

The main purpose of this IRF520 MOSFET Driver Module Board compatible with Arduino 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 with your load an external power source. An LED indicator provides a visual indication of when your load is being switched.

How to use PWM Adjustment MOS Drive Board?

The simplest way of explaining how this little board works is as below:
  1. You connect the power for the device you want to control the Vin and GND.
  2. You connect your device to the V+ and V- screw terminals.
  3. When the SIG line is HIGH, a little LED lights up, and the GND is ‘connected’ to the V-.
  4. When the SIG line is LOW, the LED turns off, and the GND becomes ‘disconnected’ to the V-. The V+ and Vin are continuously connected.
  5. You can power this device from your Arduino, VCC goes to the 5V connection and GND to the GND pin on your Arduino.
Note: Heat sinks need to be installed for loads above 1A . 

Package Includes:

  • 1 x IRF520 MOSFET Driver Module for Arduino Raspberry Pi


Operating Voltage 3.3 ~ 5V
Ports Digital Level
Output load voltage(V) 0 to 24
Dimensions 3 x 2 x 1cms
Weight  5 grams

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  • Return window: 7 days from receipt unless stated
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  • Returns only for non-working/damaged products are accepted
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1. What is Mosfet driver module?

A MOSFET driver module, an electronic component utilized to drive MOSFETs (Metal-Oxide-Semiconductor Field-Effect Transistors), is often incorporated into electronic circuits that require the switching of high-power loads like motors, heaters, and LEDs.

The module, composed of a driver circuit specially designed to provide a high voltage and current output to trigger the MOSFET, may include other components like capacitors and resistors, utilized for filtering and protection. This driver circuit receives a low-voltage signal, like that from a microcontroller, and amplifies it to provide the high current and voltage required to switch the MOSFET.

Employing a MOSFET driver module, in comparison to directly driving a MOSFET from a microcontroller, presents numerous benefits. One of which is its capability to provide a higher output current and voltage, enabling the control of higher-power loads. Additionally, it can isolate the microcontroller and the load, which can be critical for specific applications.

2. Why is a MOSFET driver needed in a circuit?

A MOSFET driver is needed in a circuit to provide a high current and voltage output to drive a MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) effectively. MOSFETs are commonly used in electronic circuits for switching high-power loads such as motors, heaters, and LEDs. However, MOSFETs require a high gate-source voltage to turn on and off properly, which cannot be provided by a microcontroller alone.

A MOSFET driver can amplify the low-voltage signal from a microcontroller to provide the high current and voltage required to switch the MOSFET. Additionally, it can provide isolation between the microcontroller and the load, protecting the microcontroller from damage and reducing noise in the circuit.