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IRF520 PWM MOS Driver Module (0-24V) – Arduino/Raspberry Pi
IRF520 PWM MOS Driver Module (0-24V) – Arduino/Raspberry Pi
🔥 15 sold•✓ In stock
Regular price
$42.00 TWD
Regular price
Sale price
$42.00 TWD
Shipping calculated at checkout.
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Delivery Options
Delivery Options
- Local delivery within Hong Kong and in-store pickup.
- Free shipping for orders of HK$400 or above; HK$35 shipping fee for orders below HK$400.
- Shipped by SF Express, usually dispatched the same day for orders confirmed before 6:00 PM (Mon–Sat).
- Estimated delivery time: 1–3 business days after dispatch (Hong Kong).
- In-store pickup details (location and time) will be confirmed by email or phone message.
- Delivery times are estimates and may be affected by weather or unforeseen circumstances.
The IRF520 PWM MOS Driver Module is a high-performance power control module designed for Arduino, Raspberry Pi, ARM, and MCU systems. It allows easy control of 0–24V DC loads such as LED strips, DC motors, water pumps, and solenoid valves, enabling smooth PWM-based dimming and speed control.
Key Features
- High Power Handling: Supports DC load voltage up to 24V, suitable for driving motors, LED strips, and other high-current devices.
- PWM Control: Accepts PWM input for seamless dimming and speed adjustment.
- Wide Compatibility: Works with both 3.3V and 5V logic levels—fully compatible with Arduino, Raspberry Pi, and most microcontrollers.
- Quality Components: Built with original IRF520 power MOSFETs for reliable, stable performance and low heat generation.
- Versatile Applications: Ideal for DIY projects, smart home systems, automation controls, and electronic prototypes.
Specifications
| Parameter | Description |
|---|---|
| Logic Input Voltage | 3.3V / 5V |
| Control Signal | Digital (PWM) |
| Output Load Voltage | 0V–24V DC |
| Max Output Current | <5A (use heat sink if >1A) |
| Module Size | Approx. 33mm × 24mm |
| Compatible Platforms | Arduino, MCU, ARM, Raspberry Pi |
Operation Guide
When the PWM signal is HIGH (3.3V or 5V), the MOSFET conducts and the load operates.
When the signal is LOW (0V–0.5V), the MOSFET turns off and the load stops.
