Here's a detailed product description for a 400W DC-DC Boost Converter, formatted in Markdown:
Powerful 400W DC-DC Boost Converter Module
Step-Up Your Power with Unmatched Efficiency & Versatility!
Product Overview
Unleash a new level of power with our High-Performance 400W DC-DC Boost Converter Module. Designed for demanding applications, this robust step-up converter efficiently transforms a lower DC input voltage into a higher, adjustable DC output voltage. Whether you're building a custom power supply, charging high-voltage batteries, driving powerful LEDs, or needing to power devices from a lower voltage source, this module provides the stability, efficiency, and raw power you need.
Featuring a wide input and output voltage range, coupled with high conversion efficiency, this converter minimizes energy loss and heat generation, ensuring reliable operation. Its integrated heatsink and quality components make it a durable choice for a variety of industrial, automotive, and DIY projects.
Key Features
High Power Output: Delivers up to a formidable 400W of stable output power, catering to energy-intensive applications.
Wide Input Voltage Range: Accepts DC input from 8V to 60V, making it compatible with various battery systems (12V, 24V, 36V, 48V) and power supplies.
Adjustable Output Voltage: Precisely tune your output voltage from 12V to 80V DC using the onboard multi-turn potentiometer, offering exceptional flexibility.
High Conversion Efficiency: Achieves an impressive conversion efficiency of 92% to 97%, minimizing power loss and reducing operational costs.
Integrated Heatsink: Comes equipped with a robust heatsink to ensure optimal thermal management and stable performance even under heavy loads.
Overcurrent Protection (Input): Designed with protection against excessive input current, safeguarding the module and your power source.
Robust Design: Built with high-quality components for long-term reliability and stable power delivery.
Easy to Integrate: Features convenient screw terminals for secure and straightforward wire connections.
Compact Form Factor: Despite its high power capability, the module maintains a relatively compact size for easy integration into various enclosures and projects.
Technical Specifications
Parameter
Value
Notes
Input Voltage
8V - 60V DC
Output Voltage
12V - 80V DC (Adjustable)
Must be higher than input voltage
Input Current
15A Max
Max continuous input current
Output Current
10A Max
Max continuous output current (higher at lower Vout)
Output Power
400W Max
With adequate cooling; actual power depends on Vin/Vout/Iin/Iout
Conversion Eff.
92% - 97%
Varies with Vin, Vout, and load conditions
Operating Freq.
150KHz
Operating Temp.
-40°C to +85°C
Requires derating above 65°C
Protection
Input Overcurrent, Short Circuit (Fuse)
No reverse input polarity protection (connect carefully)
Module Size
Approx. 60mm x 50mm x 23mm
(L x W x H, including heatsink)
Weight
Approx. 80g
Typical Applications
Solar Panel Voltage Boosting: Step up solar panel output to charge higher voltage batteries or power specific loads.
Automotive Power Supplies: Convert 12V or 24V car battery voltage to power laptops, LED lighting, or other higher voltage accessories.
LED Driver: Power high-power LED arrays requiring specific higher voltage input.
Motor & Pump Power: Provide stable, higher voltage to DC motors or water pumps from a lower voltage source.
DIY & Hobby Electronics: Essential for custom power projects, robotics, and experimental setups.
Industrial Control Systems: Integrate into control panels requiring stable, regulated higher DC voltages.
Installation & Usage Notes
Input/Output Connections: Connect your input voltage source to the VIN+ (Positive Input) and VIN- (Negative Input) terminals. Connect your load to the VOUT+ (Positive Output) and VOUT- (Negative Output) terminals.
Polarity:Observe correct polarity carefully. Connecting the input or output with reverse polarity may damage the module or connected devices. There is no built-in reverse input polarity protection.
Voltage Adjustment: Use a small flat-head screwdriver to gently turn the multi-turn potentiometer clockwise to increase the output voltage, and counter-clockwise to decrease it. Always adjust with a voltmeter connected to the output to monitor the voltage.
Minimum Voltage Difference: The output voltage must be higher than the input voltage for proper boost operation. Ensure a difference of at least 2V-3V for stable performance.
Cooling: While an integrated heatsink is present, for continuous high-power operation (especially above 300W or in high ambient temperatures), additional forced air cooling (fan) may be required.
Current Limitations: The 400W output power is achieved under optimal conditions (e.g., sufficient input voltage, adequate cooling). Ensure your input current source can supply the necessary current. (Output power = Input power * Efficiency).
Why Choose This 400W Boost Converter?
This module stands out with its robust 400W capability, wide voltage adaptability, and high efficiency, making it an indispensable tool for engineers, hobbyists, and professionals alike. Its reliable performance and ease of use empower you to tackle complex power conversion challenges with confidence. Don't let voltage limitations hold back your projects – step up your power with precision and stability!
What's Included
1x 400W DC-DC Boost Converter Module with Integrated Heatsink
Important Note: Working with high voltages and currents can be dangerous. Ensure you have the necessary knowledge and take all safety precautions before installing and operating this module. Always test with a multimeter before connecting sensitive devices.
