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5 Pcs 3.3V/5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V for
This little module is a low-cost way to drive a DC motor for robotics applications and control most high-current DC loads.
5 Pcs 3.3V/5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V for
Item #: 39630090

5 Pcs 3.3V/5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V for

Item #: 39630090

MVR 345

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This little module is a low-cost way to drive a DC motor for robotics applications and control most high-current DC loads.
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Note: Step Down Voltage Transformer required for using electronics products of US store (110-120). Recommended power converters Buy Now.

What Stands Out

Versatile Voltage Range
Operates effectively between 3.3V and 5V, ensuring compatibility with a wide array of microcontrollers and systems for flexible project integration.
PWM Output Support
Facilitates precise control with PWM output capability, enhancing device performance in various applications such as motors and LED dimming.
High Output Capacity
Handles output voltages up to 24V, making it suitable for powering high-performance devices and offering users extensive versatility in their circuitry.

Product Details

Find high-quality and affordable 5 Pcs IRF520 MOSFET Driver Module at Ubuy Maldives. PWM Output Driving Boards with 0-24V output, perfect for Arduino projects.
  • Breakout board for the IFR520 MOSFET transistor
  • Designed to switch heavy DC loads from a single digital pin of a microcontroller
  • Can be used for LED stepless dimming and motor speed adjustment with PWM
  • Maximum output current of 5A; requires heat sink for load over 1A
  • Includes 5 driver boards in one set for multiple projects
  • Suitable for driving up to 24V loads like LED lamp strips, DC motors, mini pumps, and solenoid valves
Item Weight0.16 lbs (70 grams)

Who Should Buy?

Suitable For
  • Hobbyist Projects

    Ideal for electronics enthusiasts working on projects requiring PWM control for motors or LEDs.

  • Automation Systems

    Suitable for home automation applications needing reliable switching of higher voltage devices with PWM signals.

  • Educational Use

    Great for students learning about electronics and circuit design involving MOSFETs and PWM techniques.

Not Suitable For
  • High-Power Applications

    Not ideal for systems requiring high current or voltage ratings beyond the module's specifications.

  • Professional Engineers

    Professional applications demanding precise control or advanced features may find this module too basic.

  • Analog Signal Processing

    Not suitable for applications that exclusively require analog signal control rather than digital PWM output.

Product Description

5 Pcs 3.3V/5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V for

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a MOSFET driver module and how does it work?

    Answer: A MOSFET driver module is a circuit that provides the necessary gate voltage to switch MOSFETs on and off efficiently. It takes a low-power PWM signal and amplifies it to control MOSFETs, allowing for precise handling of higher voltages from 0-24V. This is essential in applications such as motor control, LED dimming, or power supplies where robust switching is required.
  • Question: What are the applications of the 3.3V/5V MOSFET driver module?

    Answer: The 3.3V/5V MOSFET driver module is versatile and is commonly used in PWM signal modulation, motor control applications, and in projects with microcontrollers. By enabling high-speed switching, it allows for efficient management of power, which is crucial in robotics, LED control systems, and in driving loads like solenoids or relays, thereby enhancing performance.
  • Question: Can this module drive loads directly?

    Answer: No, this MOSFET driver module is designed to control MOSFETs, which then act as switches for driving loads. The module outputs a PWM signal that fuels the gate of a MOSFET, allowing it to switch larger loads up to 24V. It's crucial to select appropriate MOSFETs that match your application's current requirements for optimal performance.
  • Question: What input voltages does this module support?

    Answer: This module supports input control voltages of 3.3V and 5V, making it compatible with many microcontroller platforms, such as Arduino and Raspberry Pi. By using these voltage levels, users can seamlessly integrate it into their projects without additional components, ensuring that control signals remain stable and reliable.
  • Question: How do I connect the MOSFET driver module to my microcontroller?

    Answer: To connect the MOSFET driver module to a microcontroller, you simply connect the PWM output pin from the microcontroller to the input pin of the module. Ensure that the ground of both devices is common. This setup allows the module to receive PWM signals and control the connected MOSFET, enabling effective load management.
  • Question: What components do I need to use with this MOSFET driver module?

    Answer: You will need high-power MOSFETs compatible with your load requirements, additional capacitors for stability, and optionally resistors for noise filtering. It's advisable to refer to the datasheet of your MOSFETs to ensure they can handle the required voltage and current for your specific application, as this will optimize performance.
  • Question: Is there a specific PWM frequency I should use?

    Answer: While this MOSFET driver module can handle a range of PWM frequencies, a common frequency range is between 1kHz to 20kHz for most applications. Using a frequency within this range helps in achieving proper control without overheating the MOSFETs or causing inefficiencies, particularly in motor and light control scenarios.
  • Question: Can this module be used for high-current applications?

    Answer: Yes, this MOSFET driver module is well-suited for high-current applications, provided the connected MOSFETs can handle the required current. It amplifies the control signal effectively, enabling MOSFETs to switch high currents rapidly. Applications include driving motors or other devices that require substantial power without risking component failure.
  • Question: What are the dimensions of this module?

    Answer: The dimensions of the MOSFET driver module are typically compact, making it suitable for various embedding applications. Exact measurements can vary by manufacturer, but they are designed to fit easily into standard electronic projects. This helps in reducing the footprint on circuit boards or in enclosures, keeping projects clean and organized.
  • Question: Where can I buy 5 Pcs 3.3V5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V?

    Answer: You can purchase the 5 Pcs 3.3V5V MOSFET Driver Module PWM Output Driving Boards Output 0-24V on Ubuy. They provide a range of electronic components that can suit your project needs, ensuring you can get high-quality products delivered conveniently.

Walfront MOSFET Editorial Review

The 5 Pcs 3.3V/5V IRF520 MOSFET Driver Module is a good option for on/off projects and connecting voltage and current to a load. However, it may not be suitable for variable applications such as motor speed or dimming LED as the gate voltage for the IRF520 is 10v. It may also overheat due to the signal being only 5v to turn it on. This product is compatible with Arduino 5 volt but not ESP32 3.3 volt. It has screw terminals for all inputs and outputs with connectors for dupont plugs from the Arduino. The MOSFET does not have much space for a heat sink but adding one is possible by moving the MOSFET forward.

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Pros

  • Suitable for on/off projects
  • Good option for connecting voltage and current to a load
  • Screw terminals for all inputs and outputs
  • Connectors for dupont plugs from the Arduino

Cons

  • Not suitable for variable applications such as motor speed or dimming LED

Product Price History

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