Manufacturer | HiLetgo |
---|---|
Part Number | 3-01-1143 |
Item Weight | 1.58 ounces |
Package Dimensions | 6 x 3 x 0.6 inches |
Is Discontinued By Manufacturer | No |
Size | Small |
Color | Red |
Material | plastic |
Voltage | 24 Volts |
Batteries Included? | No |
Batteries Required? | No |

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HiLetgo 5pcs IRF520 MOSFET Driver Module MOSFET Button Drive for Arduino MCU ARM Raspberry PI
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Purchase options and add-ons
- 5pcs IRF520 MOSFET Driver Button Module
- Voltage: 3.3V, 5V
- Output load voltage: 0-24V
- Output load current: <5A (1A above need to add heat sink)
- Platform: Arduino, MCU, ARM, raspberry pie
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Product Description
Description:
This little module is a breakout board for the IRF520 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.
Specification:
Size: 33*24mm
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 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:
5* IRF520 MOSFET Driver Module
Product information
Technical Details
Additional Information
ASIN | B01I1J14MO |
---|---|
Customer Reviews |
3.9 out of 5 stars |
Best Sellers Rank | #68,532 in Industrial & Scientific (See Top 100 in Industrial & Scientific) #19 in MOSFET Transistors |
Date First Available | July 6, 2016 |
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HiLetgo 5pcs IRF520 MOSFET Driver Module MOSFET Button Drive for Arduino MCU ARM Raspberry PI
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Important information
24 volts
Customer reviews
Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
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Learn more how customers reviews work on AmazonCustomers say
Customers find the MOSFET driver module easy to use and appreciate its good price. The functionality receives mixed feedback - while some say it works well, others report it doesn't work with 3.3V input. The build quality and voltage range also get mixed reviews.
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Customers find the MOSFET driver module easy to use, with one mentioning it's a quick 15-minute project.
"...Works great, run cool. Quick 15 minute project." Read more
"...It was easy to use when I borrowed a 5V device, however I could not get this to work with 3.3V" Read more
"I like the ease of connection. Also , since it is aimed at 5 v control systems it can work as is (power derated) without an additional heat sink...." Read more
"small and easy to use; doesn't work well with small loads..." Read more
Customers like the design of the MOSFET driver module.
"This is a nice little driver board. I really like the layout, led and connectors...." Read more
"the product arrived it perfect time and looks very professional" Read more
"Good simple design. Works well..." Read more
Customers have mixed experiences with the functionality of the MOSFET driver module, with some saying it works well while others report it doesn't work with 3.3V input.
"I like the gate LED. They work good and I have no real complaints but, I wish it was a mixed bag of n-type and p-type and there is a resistor on..." Read more
"...uses (like 5v devices), but a little disappointed they're not working with my 12v." Read more
"...Overall a good device. My pool pump application has been working for 2 years and I'm hoping this light controller will have similar success." Read more
"...Works great, run cool. Quick 15 minute project." Read more
Customers have mixed opinions about the build quality of the MOSFET driver module, with some finding it well made while others report issues with quality control.
"...The MOSFET modules are a dime a dozen these days, and these were well made and well packaged." Read more
"...It needs to be 5 volts or more. These were so cheap I’ll toss them in a drawer for some future projects." Read more
"...Out of the 32 100% worked just like they should. The quality of the soldering is great and the components use are first rate. I would buy these again." Read more
"...Clearly, this is not a good design. There should have been a gate driver IC in front of the power MOSFET...." Read more
Customers report issues with the MOSFET driver module's voltage range, with one customer noting it only rises to 3.3 volts, while another mentions it can only go up to 24V DC.
"...In one application, I used this to power a 12V relay. The Arduino can't provide 12V so I used this to control the relay...." Read more
"...red LED comes on, but when a load is attached on the output, the voltage is zero. When there isn't a load, it has 12v on the output rail...." Read more
"...I guess the current draw was low enough that some power was leaking through even in the off state." Read more
"I was not able to use these. The IRC520 FET turn on voltage was too high for the Arduino based security panel controller I have...." Read more
Reviews with images

Convenient way to interface to higher power devices
Top reviews from the United States
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- Reviewed in the United States on September 11, 2024I like the gate LED. They work good and I have no real complaints but, I wish it was a mixed bag of n-type and p-type and there is a resistor on board that I wish I could easily change (see me whining). Most people will not want this. I got what they said it was but not whirled peas.
I see many comments and complaints about the same thing in one form or another. So here's the thing, coils bite! you can get ten times the voltage you think you can when you turn a coil OFF. (like in a motor or relay) . This is physics! And Amazon does not yet carry products that violate natural law.
So these should not be used with Arduino without diode protection! and then a transistor. Of course if you're not driving over 9V you don't need these anyway. Then you will have a 9V or more, rail to work with. Then you can use an NPN transistor (almost any will do) with a pull up resistor and you're good to go. This method will work and it will prevent releasing the boards magic smoke. And I'm sure many little Arduino lives have been saved by this not working directly at 3.3V.
- Reviewed in the United States on September 17, 2023I've bought these more than once for hobbyist projects. It works great to allow you to control a higher power device. In one application, I used this to power a 12V relay. The Arduino can't provide 12V so I used this to control the relay. The relay then switched 120V AC to turn on and off a pool pump. This device can only go up to 24V DC which is why I needed the relay to switch AC power. If you connect this to a relay, consider adding a flyback diode for protection (google that for more information). In another application, I used this to control a large 5V LED sign. It was 5V but required about 900mA of current. The Arduino can't provide that much power, so this device allows for that (assuming you hook up a power supply in purple with enough capability). The attached image depicts these connections. I made this to explain it to my kids who helped me wire this up. The other review with the schematic was incredibly useful to me as an engineer, but I made this to make it more straightforward for an 11 and 12 year old. Overall a good device. My pool pump application has been working for 2 years and I'm hoping this light controller will have similar success.
5.0 out of 5 starsI've bought these more than once for hobbyist projects. It works great to allow you to control a higher power device. In one application, I used this to power a 12V relay. The Arduino can't provide 12V so I used this to control the relay. The relay then switched 120V AC to turn on and off a pool pump. This device can only go up to 24V DC which is why I needed the relay to switch AC power. If you connect this to a relay, consider adding a flyback diode for protection (google that for more information). In another application, I used this to control a large 5V LED sign. It was 5V but required about 900mA of current. The Arduino can't provide that much power, so this device allows for that (assuming you hook up a power supply in purple with enough capability). The attached image depicts these connections. I made this to explain it to my kids who helped me wire this up. The other review with the schematic was incredibly useful to me as an engineer, but I made this to make it more straightforward for an 11 and 12 year old. Overall a good device. My pool pump application has been working for 2 years and I'm hoping this light controller will have similar success.Convenient way to interface to higher power devices
Reviewed in the United States on September 17, 2023
Images in this review
- Reviewed in the United States on August 17, 2024This is a nice little driver board. I really like the layout, led and connectors. However, the FET choice isn't the best to be driven by a 3.3V control signal. There are tons of better options. I recommend poking around on DigiKey for a better FET for your application
- Reviewed in the United States on October 6, 2023The specs say it'll work with 3.3v, but don't expect these to be reliable at that level. I'm running a 12v input, the logic pin opens the gate, the red LED comes on, but when a load is attached on the output, the voltage is zero. When there isn't a load, it has 12v on the output rail.
I'll keep them for lower power uses (like 5v devices), but a little disappointed they're not working with my 12v.
- Reviewed in the United States on January 26, 2025DOES NOT WORK! I've 12v going Im, and 12v going out. Wired up to the top comments photo. The output from the mosfet is VERY weak and my 12v LED is very dim. Tried shuffling wires to no avail.
3 out of 5 don't work with ardino so RIP my led project. Some of these don't quite allow all of the voltage to go through with a 5v signal.
- Reviewed in the United States on September 30, 2020I needed a couple of esp8266 PWM controlled 12VDC case fans. For each I used a Wemos D1 Mini, a buck converter (also from HiLetgo), and a 4700uF capacitor (to stop fan whine) with this board. I installed Tasmota on the D1 Mini, and configured a PWM which connects to the signal line on this board. Works great, run cool. Quick 15 minute project.
5.0 out of 5 starsI needed a couple of esp8266 PWM controlled 12VDC case fans. For each I used a Wemos D1 Mini, a buck converter (also from HiLetgo), and a 4700uF capacitor (to stop fan whine) with this board. I installed Tasmota on the D1 Mini, and configured a PWM which connects to the signal line on this board. Works great, run cool. Quick 15 minute project.Great, easy to use board
Reviewed in the United States on September 30, 2020
Images in this review
- Reviewed in the United States on December 9, 2023I bought this device to help delay power up for some components on my project until after the micro controlling it all has powered up and gone through initialization. connected via this device I would get dim lighting on the relay, but no functionality. It worked as expected if I manually connected it to 12v when expected. I disconnected all of my devices to be safe and then tried manually triggering the gate using 3.3v. I noticed it does not trigger until almost 4v. I then set my power supply to 5v and then triggered the device to notice my relay was behaving as expected. Hooked everything up and manually triggered using 5v, worked as expected. This is getting 2 stars because of false advertisement in the description, but I was able to solve this by getting a step up for the incoming 3.3v to 5v which I shouldn't have had to do.
- Reviewed in the United States on January 11, 2020They worked perfectly, although I have only used one of them so far. Have it hooked up to my 3d printer to control the led lights on it.