IRF520 MOSFET Driver Module (0-24V) | PWM Motor & LED Controller
Original price was: ₵18.00.₵16.00Current price is: ₵16.00.
The easiest way to drive 12V/24V loads. This breakout board allows your Arduino to control high-voltage devices like LED strips, DC motors, and solenoid valves using the IRF520 MOSFET. It features screw terminals for easy wiring—no soldering required!
-
Max Load: 24V DC / < 5A.
-
Control Voltage: 3.3V or 5V (PWM Compatible).
-
Output: Pulse Width Modulation (Speed/Dimming control).
-
Best For: LED Strips, Small DC Fans, and Solenoids.
10 in stock
The IRF520 MOSFET Driver Module is a compact and easy-to-use power switch for Arduino, Raspberry Pi, ESP8266, and microcontroller-based projects. Designed to control high-power DC devices, it’s perfect for LED strips, motors, pumps, and solenoids while offering low heat dissipation and high efficiency.
The IRF520 is a “Standard” MOSFET, not a “Logic Level” one. When driven by an Arduino (5V), it does not open fully.Result: It works perfectly for light loads (LEDs, small fans, Solenoids). However, if you try to drive a heavy motor (>1A), the module will get HOT. For heavy currents, please use our IRLZ44N Logic Level Transistor instead.
🔹 Simple Control with Microcontrollers & PWM Support 🔄
This module allows low-power microcontrollers (3.3V or 5V logic) to control high-power DC loads (up to 24V, 5A) using Pulse Width Modulation (PWM). Ideal for brightness control, motor speed adjustments, and heating elements, it ensures smooth and precise power management.
🔹 Technical Specifications & Features ⚙️
✔ MOSFET Type: IRF520 N-Channel
✔ Operating Voltage: 3.3V – 5V logic input (compatible with Arduino & Raspberry Pi)
✔ Load Voltage: Up to 24V DC
✔ Maximum Load Current: Up to 5A (with heat dissipation)
✔ PWM Control: Yes (for LED dimming & motor speed control)
✔ Gate Trigger Voltage: 5V logic compatible
✔ Output Type: Open Drain (switches DC loads)
✔ Module Size: 33mm × 24mm (compact & breadboard-friendly)
✔ Compatibility: Works with Arduino, Raspberry Pi, ESP8266, ESP32, STM32, and other microcontrollers
🔹 Applications – Where to Use the IRF520 MOSFET Module 🛠️
✔ LED & Light Strip Dimming – Control high-power LEDs and RGB strips.
✔ DC Motor & Fan Speed Control – Adjust speed using PWM signals.
✔ Heating Elements & Peltier Modules – Ideal for temperature regulation projects.
✔ Battery & Power Management – Efficient switching for solar panels & battery circuits.
✔ Solenoid & Relay Control – Power valves, electromagnets, and actuators.
🔹 How to Use & External Resources 📚
Using the IRF520 module is simple:
- Connect the VCC (5V) & GND to your microcontroller.
- Attach the logic input (SIG) to a PWM pin on Arduino, Raspberry Pi, or ESP8266.
- Connect your DC load (motor, LED, heater) to the output terminals.
📖 Helpful Resources for IRF520 MOSFET Driver Module:
✔ IRF520 MOSFET Datasheet
✔ Arduino MOSFET Switching Guide
✔ PWM Control with Raspberry Pi & MOSFETs
✔ YouTube Tutorials – IRF520 MOSFET Driver Module Projects
🔹 Best Price & Availability in Ghana 🇬🇭
Looking for an IRF520 MOSFET Driver Module in Ghana? Whether for motor control, LED dimming, or power regulation, this module is affordable, efficient, and easy to integrate. Order today for fast delivery across Ghana!
Related products
1-Channel 5V Relay Module | Low Level Trigger for Arduino
Control high voltage safely. This single-channel relay allows your Arduino to switch high-power devices like light bulbs, water pumps, or fans. It isolates your microcontroller from the high voltage using an internal switch.
-
Trigger: Low Level (Connect Signal to GND to turn ON).
-
Max Load: 250V AC / 10A.
-
Indicators: Red Power LED + Green Status LED.
-
Best For: Smart Lamps, Fan Control, and Simple Automation.
433MHz RF Transmitter & Receiver Kit | Wireless Module for Arduino
Cut the cord. Go wireless. This kit includes one Transmitter and one Receiver. It is the simplest and most affordable way to send data wirelessly between two Arduinos up to 100 meters (with antenna).
-
Frequency: 433MHz
-
Includes: 1x Transmitter (Square), 1x Receiver (Rectangle)
-
Modulation: ASK (Amplitude Shift Keying)
-
Best For: Remote control cars, weather stations, and wireless switches.
DHT11 Temperature and Humidity Sensor Module | Digital Weather Station
The #1 sensor for weather projects. The DHT11 is the most affordable way to measure ambient temperature and humidity. It provides calibrated digital signal output, making it perfect for automatic fan controllers and weather stations.
-
Measures: Temperature (0-50°C) & Humidity (20-90%)
-
Interface: Single Wire Digital (Easy Arduino Connection)
-
Includes: 3-Pin Breakout Board + Jumper Wires (Check your stock to confirm wires!)
-
Ideal For: Smart homes, greenhouses, and environment monitoring.
DS3231 RTC Real-Time Clock Module
The DS3231 is a highly accurate I2C real-time clock (RTC) with an integrated temperature-compensated crystal oscillator (TCXO).
-
Chip: Maxim DS3231 (High Precision)
-
Memory: Built-in AT24C32 32K I2C EEPROM
-
Voltage: 3.3V – 5.5V DC
-
Interface: I2C (SCL, SDA)
-
Battery Backup: Holds time when power is off (Coin cell slot included)
-
Accuracy: Much higher than the standard DS1307
Flame Sensor Module (YG1006) | Infrared Fire Detector for Arduino
-
Sensor Type: YG1006 NPN Phototransistor (High Speed).
-
Detection Range: Up to 1 meter (depending on flame size).
-
Spectrum: 760nm - 1100nm (Invisible IR light).
-
Best For: Fire Fighting Robots, Smart Kitchen Alarms, and Safety Systems.
HC-SR04 Ultrasonic Sensor Module | Distance Measurement for Arduino
Give your robot eyes. The HC-SR04 uses sonar (sound waves) to measure distance, just like a bat. It is the standard sensor for obstacle avoidance robots and water level monitoring systems.
-
Range: 2cm to 400cm (4 Meters)
-
Accuracy: 3mm
-
Pins: VCC, Trig, Echo, GND
-
Best For: Obstacle avoiding cars, reverse parking sensors, and tank level detection.
Sound Sensor Module (Microphone) | Clap Switch & Alarm Detector
Turn on lights with a clap! This microphone module detects sound waves and converts them into a digital signal for your Arduino. It is the core component for "Clap Switch" projects and noise-activated alarms.
-
Sensitivity: Adjustable via Blue Potentiometer.
-
Outputs: Digital (Gate) and Analog (Waveform).
-
Microphone: High-Sensitivity Condenser Mic.
-
Best For: Clap Switches, Baby Monitors, and Noise Alarms.
Reviews
There are no reviews yet.