XY-MOS DC 5-36V 400W MOSFET Driver Module Price in Bangladesh

The XY-MOS DC 5–36V 400W MOSFET Driver Module is a compact power-switching board designed to control compatible DC electrical loads using a low-power trigger signal. It uses MOSFET technology to switch the power delivered to a connected load, allowing a microcontroller or another compatible control source to manage its operation.

Unlike a mechanical relay, a MOSFET switching module has no moving contacts. It can respond rapidly to electronic control signals and support Pulse Width Modulation (PWM), which is useful for applications such as DC motor speed adjustment and LED brightness control.

The module is commonly advertised for a 5–36V DC operating range, 15A continuous current and up to 400W power. Some versions also list a peak current of up to 30A, but this should not be treated as a guaranteed continuous operating rating. Actual capability depends on the board revision, cooling, wiring, load and operating conditions.

Its compact size and simple control interface make it suitable for Arduino experiments, ESP32 projects, electronics prototyping and selected low-voltage DC automation applications.

What Is a MOSFET Driver Module?

A MOSFET driver module is an electronic circuit that uses a metal-oxide-semiconductor field-effect transistor to control current flowing through a connected load.

A low-power control signal determines whether the switching device is on or off. With a compatible PWM signal, the module can rapidly switch the load to adjust its average delivered power.

This allows a microcontroller to control a higher-current DC load without carrying the load current directly through its GPIO pin. The module must still be operated within its electrical and thermal limits.

Key Features

• Wide DC voltage range: Common versions support 5–36V DC.
• High-current switching: Advertised for up to 15A continuous current under specified conditions.
• 400W advertised power: Suitable only when voltage, current and thermal limits permit.
• PWM control: Supports compatible pulse-width-modulated control signals.
• Digital trigger input: Allows electronic ON/OFF control.
• Microcontroller compatibility: Suitable for compatible Arduino, ESP32 and other controller outputs.
• Compact design: Useful for electronics prototypes and space-conscious projects.
• No mechanical relay contacts: Uses semiconductor switching rather than moving contacts.
• Versatile DC load control: Can be used in suitable motor, lighting and automation circuits.
• Screw-terminal connections: Common versions provide terminals for power and load connections.

Technical Specifications

Specifications vary by supplier and board revision. Confirm the actual module markings and documentation before designing a circuit around its ratings.

Working Principle

The XY-MOS module works as an electronically controlled switch between a DC supply and a compatible load. Its MOSFET switching circuitry responds to the control input, allowing the load to be switched on or off.

When a compatible PWM signal is applied, the switching duty cycle changes the average power delivered to suitable loads. A higher duty cycle generally delivers more average power, while a lower duty cycle delivers less.

For example, PWM control can be used to adjust the brightness of compatible DC lighting or regulate the speed of a suitable DC motor. The precise behavior depends on the load, the module’s switching design and the PWM signal.

The module is not a universal voltage regulator. It switches power to a load and should not be assumed to provide a regulated output voltage.

Applications

1. DC Motor Control

Suitable for selected low-voltage DC motor switching and PWM control projects.

2. LED Brightness Control

Can control the brightness of compatible DC LED lighting when the load and switching requirements match the module.

3. Pump Control

Useful in suitable DC water-pump prototypes and automated fluid-control projects.

4. Arduino Projects

Allows a compatible Arduino control signal to operate a separate DC load without passing the load current through the microcontroller.

5. ESP32 Automation

Can be incorporated into compatible ESP32-based switching and PWM projects.

6. DC Fan Control

May be suitable for controlling compatible DC fans, depending on the fan electronics and switching requirements.

7. Electronics Prototyping

Useful for exploring MOSFET switching, digital control and PWM concepts.

8. Educational Laboratories

Helps demonstrate the difference between a low-power control signal and a higher-current switched load.

Advantages

Electronic switching: MOSFETs provide fast switching without mechanical relay contacts.

PWM capability: Compatible PWM signals enable power adjustment for suitable loads.

Compact construction: The small module can fit into many electronic prototypes.

Microcontroller control: Allows compatible digital control systems to switch external DC loads.

Flexible applications: Can serve multiple purposes in low-voltage DC electronics and automation projects.

Limitations

• The advertised 400W rating is not guaranteed at every voltage or current.
• Continuous current capability depends on cooling, PCB construction, connections and ambient temperature.
• The module is designed for DC switching, not direct AC mains switching.
• It does not necessarily provide current limiting, regulated voltage or comprehensive overload protection.
• Inductive loads such as motors and solenoids may generate voltage spikes and require suitable protection.
• PWM compatibility depends on the signal voltage, frequency and module revision.
• The module’s switching arrangement may not provide bidirectional motor control or polarity reversal.

Installation and Usage Tips

1. Confirm the exact module version and its terminal labels.
2. Use only a DC supply within the specified voltage range.
3. Ensure the control signal is compatible with the module’s trigger input.
4. Check that the load’s expected current is within the module’s practical continuous rating.
5. Consider heat dissipation, wiring capacity and terminal ratings when assessing load suitability.
6. Use appropriate protective measures for inductive loads.
7. Keep power disconnected while inspecting or assembling a circuit.
8. Avoid short circuits and verify supply polarity before energizing the system.
9. Do not connect a high-current load directly to an Arduino or ESP32 GPIO pin.
10. Use suitable fusing and qualified supervision for higher-power DC systems.

Why Choose the XY-MOS MOSFET Driver Module?

The XY-MOS DC 5–36V MOSFET Driver Module is a useful option for compatible low-voltage DC switching and PWM experiments. It combines a compact design with electronic switching and a control interface suitable for many microcontroller-based projects.

For students, hobbyists and electronics developers, it can simplify experiments involving DC motors, compatible lighting and automation outputs. The actual load requirements should always be checked against the specific module’s ratings before use.

Why Buy from ElectroXBD?

ElectroXBD — Trusted Source for Reliable Electronic Parts supplies electronic components, sensors, development boards and automation modules for students, engineers, makers and electronics professionals in Bangladesh.

Whether you are developing an Arduino project, a robotics prototype or a DC automation system, ElectroXBD can help you source suitable components for your work.

Website: electroxbd.com
Mobile/WhatsApp: 01600334238
Email: electroxbd@gmail.com
Shop Address: H#1/1, Opposite of RH Chhatrabash, Vodra-Talaimari Road, Rajshahi

Frequently Asked Questions (FAQ)

1. What is the XY-MOS DC 5–36V 400W module used for?

It is used for electronic switching and PWM control of compatible DC loads, such as selected motors, LED lighting and pumps.

2. What is the operating voltage of the XY-MOS module?

Common versions support 5–36V DC. Check the exact board version before connecting a power supply.

3. Can I use the XY-MOS module with Arduino?

Yes. It can be controlled by a compatible Arduino digital or PWM output, provided the control signal and module wiring are suitable.

4. Is the XY-MOS compatible with ESP32?

Common versions accept control signals compatible with 3.3V logic, but verify the specific board’s input requirements before use.

5. What is the maximum current rating?

Many versions advertise 15A continuous current, with higher peak ratings on some boards. The practical current limit depends on thermal conditions and the module’s construction.

6. Does the module support PWM?

Yes. Common XY-MOS versions support PWM input, often specified up to 20kHz. Check the version-specific documentation.

7. Can it control LED brightness?

Yes. It can control compatible DC LED loads using suitable PWM signals, within the module and lighting system’s ratings.

8. Can it control a DC motor?

It can switch or PWM-control compatible DC motors. Motor startup current, inductive transients and protection requirements must be considered.

9. Does the module convert 36V DC into a lower regulated voltage?

No. It is primarily a switching module, not a buck converter or regulated DC power supply.

10. Where can I buy the XY-MOS DC 5–36V 400W MOSFET Driver Module in Bangladesh?

You can buy the XY-MOS DC 5–36V 400W MOSFET Driver Module from ElectroXBD, a trusted electronics components supplier in Bangladesh.

Common Questions:

Q: What is the price of XY-MOS DC 5-36V 400W MOSFET Driver Module in Bangladesh?

A: The latest price of XY-MOS DC 5-36V 400W MOSFET Driver Module in Bangladesh is 100 BDT.

Q: Where to buy XY-MOS DC 5-36V 400W MOSFET Driver Module in Bangladesh?

A: You can buy the XY-MOS DC 5-36V 400W MOSFET Driver Module at the best price from ElectroXBD in Bangladesh.