TECHNICAL SPECIFICATIONS

Parameter Value
Power Management Dual MOSFET parallel active output
Current Handling 15A
Power Handling 400W at room temperature
Voltage Input DC 5V – 36V
Trigger Source Digital high/low (DC 3.3V – 20V)
Output Capacity DC 5V – 36V, continuous 15A, up to 400W
Working Temperature -40°C to 85°C

OUR BULK ORDER PROCESS

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Step 1

Share requirement + quantity

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Step 2

Receive quote & lead time

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Step 3

QC testing & packing

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Step 4

Dispatch & tracking

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Step 5

After-sales & technical support

Industries & Use Cases for Bulk 2 Channel Logic Level Converter (I2C, UART, 5V-3.3V)

Electronics Prototyping & Development
  • Building high-power DC control circuits for prototypes
  • Testing MOSFET-based switching and load-driving designs
  • Developing power control modules for motors, LEDs, and heaters
  • Creating high-current switching experiments with microcontroller triggers
  • Reliable prototyping of automation and power electronics systems
IoT & Embedded Systems
  • Driving high-power loads from Arduino, ESP32, and Raspberry Pi
  • Smart home automation control of lighting, pumps, and fans
  • Developing IoT-enabled power switching modules
  • Remote-controlled high-current switching via wireless platforms
  • Energy-efficient load management in embedded applications
Consumer Electronics & OEM Production
  • Integrating MOSFET drivers in appliance control boards
  • Developing power modules for DC motors and LED lighting products
  • Low-loss switching for battery-powered consumer devices
  • Prototyping high-current drivers for commercial electronics
  • Scaling power stages in OEM automation systems
Robotics & Automation Systems
  • Controlling motors, pumps, solenoids, and actuators in robots
  • Building relay-free high-current driver circuits
  • Developing power modules for industrial automation
  • Switching high-load devices using microcontroller signals
  • Reliable MOSFET-based power delivery for robotic platforms
STEM Education & Training Labs
  • Teaching MOSFET switching principles and power electronics
  • Hands-on labs for motor driving and load control
  • Demonstrating digital-to-power interface circuits
  • Training on high-current electronics and safety handling
  • STEM kits involving automation and real-world load control
Makerspaces & DIY Hardware Projects
  • DIY automation projects like pump, fan, and light controllers
  • Building high-power LED dimmers and heaters
  • Battery-operated high-current switching modules
  • Upgrading hobby projects from relays to MOSFET drivers
  • Reliable power switching for robotics and home automation

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FAQ'S

What is the wholesale price of the15A 400W Mosfet Trigger Switch Driver in India?

The wholesale price of the 15A 400W Mosfet Trigger Switch Driver varies depending on the order quantity, but bulk buyers generally receive significant discounts compared to retail rates. Larger quantities reduce per-unit cost because packaging, handling, and logistics are more efficient in bulk orders. If you’re purchasing for OEM production, school or college labs, DIY kit assembly, or resale, opting for wholesale pricing offers the best value for high-volume requirements.

The minimum order quantity (MOQ) for bulk 15A 400W Mosfet Trigger Switch Driver is 1000 units. This MOQ helps maintain stable pricing, ensures consistent batch-level quality checks, and allows faster dispatch for large orders. If you require more than 500 units, we can also arrange customized pricing and delivery schedules based on your project, OEM production, or institutional needs.

Yes, GST invoices are provided for all orders. Whether you're a retailer, institute, startup, or company, you will receive a proper GST bill that you can use for input tax credit and accounting purposes. Just provide your GST details during checkout or share them with the sales team.

Yes, the 15A 400W MOSFET Trigger Switch Driver is fully compatible with Arduino, Raspberry Pi, ESP32, and most microcontroller platforms. It accepts digital trigger signals from 3.3V to 20V, allowing direct control from GPIO pins. The module can switch high-current DC loads such as motors, pumps, LED strips, heaters, and battery-powered devices, making it ideal for robotics, automation, IoT projects, and DIY electronics. Its efficient MOSFET design ensures low heat, reliable switching, and safe operation for both beginners and advanced users.

We offer warranty only on branded products, and the coverage is based on the manufacturer’s policy. Generic products do not usually come with warranty, but branded products are covered as per their official guidelines. If you're ordering large quantities and want warranty-backed products, just let us know and we will recommend the best options.

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