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IRF520 MOSFET Module - Fast & Precise Device Control for Arduino, ESP32, Raspberry Pi Projects
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- Опубліковано 3 гру 2023
- 🔌 Dive into the world of efficient electronics with our 1-minute introduction to the IRF520 Power MOSFET Module, your go-to choice for controlling high-current DC loads in Arduino and Raspberry Pi applications. Ideal for a vast array of projects, from robotics to custom electronics, this module stands out with its high-performance MOSFET, offering fast switching, low on-resistance, and a rugged design.
🤖 Key Features:
High-Performance IRF520 Transistor for reliable, durable operation.
Versatile Applications: Perfect for DC motors, solenoids, relays, power regulators, and more.
Precision PWM Control: Master the art of motor speed control with ease.
User-Friendly: Easily integrates with popular microcontrollers.
Visual Indicator: LED for clear operational status.
Convenient Connections: Screw terminals for hassle-free setup.
Safe Design: 1K pull-down resistor for secure operation.
High Voltage & Current Capacity: Handles up to 24V and 5A.
📐 Specifications:
Primary Component: IRF520 MOSFET
Operating Voltage: 3.3VDC, 5VDC
Source Voltage Range: 0-24V
Max Source Current: 5amps
Dimensions: 34mm x 26mm x 21mm
Weight: 10g
Max Load Current: 5A
👨🔧 Whether you're a DIY enthusiast or an experienced maker, the IRF520 MOSFET Module is an essential addition to your toolkit, offering unmatched reliability and flexibility.
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📞 Support: (928) 275-1635
🛒 Ready to elevate your projects? Purchase this item in our online store today at: www.brainwire.io
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Very helpful brother. Im based in south africa and got a project I'm working on, I just wanted to know if I could use this mosfet module to switch between 2 different power sources e.g if one power source is disconnected the back up power source should take over.
Thank you in advance. Keep up the great work.
If you connect V+ to V- directly, you basically create a simple, isolated switch, i.e. mimic a mechanical relay, that will not bounce if the connected micro controller reboots or restarts. In this case VIN and GND on mosfet side complete the circuit, i.e. switch control. This module was never intended to be used this way, but it does work... having the advantage of not being sensitive to control state changes.
Thanks! This comment saved me a boatload of time.....and it works great.
Hi great video, anyway i'm on project to control some water pump with 12V and 2A to arduino is this mosfet can handle it?
Great video!
Thank you so much!😁
we have connected a 24V power supply to VIN and GND, the mosfet led seems to be blinking implying that the mosfet is getting signal from our microcontroller, but when we check the voltage accross V+ and V- it does not seem to change, is it a faulty mosfet issue?
Same here
Hey man, thank you for the video! Very useful! I am trying to connect it to ESP 32 and control it with WLED, but it seems I am doing something wrong. Would you be open to help please? I will share more details if so. Thank you!
Have you tried it with WLED in pwm-white/pwm-cct configurations? I wonder if it flickers while dimming the non-addressable cob leds.
I'm planing to connect 5-6 meters of 24V single color cob led (with only +/- pols) to this mosfet and control the brightness of the lights with WLED.
My only concern is if it would flicker this way while dimming on a camera as well as a naked eye.
Would you recommend this setup? Any suggestions or alternatives? Thank in advance!!
Hey man, hope all is well. I am wondering if you have tried what you described in your comment as I am trying to do the exact same thing, but it doesn't work with me. Would you mind helping please?
Very helpful,
I would like to hear your opinion if this module can handle the controlling of a peltier module tec1-12706, using Arduino,
Thank you in advance,
Hi, it can handle the TEC1-12706 but it will probably get very hot depending on your duty cycle. You probably want to look into a logic level MOSFET like the IRL520. It will run cooler and generally be a better match for that Peltier module. Good luck!
-Mitchell
@@brainwiredotio thank you for helping, appreciate it
My pleasure, anytime!