Description
Product Description
The 150W DC-DC Boost Converter is an adjustable step-up voltage regulator module designed to increase a lower DC input voltage to a higher DC output voltage. It supports an input voltage range of 10V to 32V DC and provides an adjustable output voltage range of 12V to 35V DC, making it suitable for various electronics, robotics, and DIY power supply applications.
With a rated power specification of 150W and an output current rating of up to 6A, this boost converter is useful for applications requiring a flexible DC power supply. The adjustable output allows users to configure the required voltage according to their project requirements.
This DC-DC step-up converter can be used in battery-powered systems, Arduino and robotics projects, electronic equipment, LED applications, and other compatible DC power supply systems.
Key Features
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150W rated power specification
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Adjustable DC-DC step-up voltage conversion
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Input voltage range: 10V–32V DC
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Adjustable output voltage: 12V–35V DC
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Output current rating: Up to 6A
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Step-up (Boost) converter design
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Adjustable output voltage for flexible applications
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Suitable for battery-powered electronics
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Useful for DIY electronics and robotics projects
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Designed for DC power supply applications
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | DC-DC Boost Converter |
| Converter Type | Step-Up Voltage Regulator |
| Rated Power | 150W |
| Input Voltage | 10V–32V DC |
| Output Voltage | 12V–35V DC (Adjustable) |
| Output Current | Up to 6A |
| Output Adjustment | Adjustable |
| Conversion Type | DC to DC |
| Application | Power Supply / Electronics / Robotics |
Applications
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Arduino and ESP32 projects
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Robotics and automation systems
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DIY electronic projects
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Battery-powered equipment
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DC power supply systems
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LED lighting applications
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Electronic testing and prototyping
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Embedded systems
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Voltage boosting applications
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Custom DC power supply projects
Compatibility / Usage
The converter can be used in projects requiring a higher DC output voltage than the available input voltage.
Example applications:
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Boosting a 12V DC supply to a higher voltage.
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Increasing battery voltage for compatible electronic circuits.
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Providing adjustable DC power for robotics and automation projects.
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Supplying power to compatible LED and electronic modules.
Before connecting your load:
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Connect the DC input with the correct polarity.
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Adjust the output voltage using the adjustment control.
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Measure the output voltage with a multimeter.
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Connect the load only after confirming the required voltage.
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Ensure adequate cooling during high-power operation.
Important Note
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The output voltage must be higher than the input voltage for boost conversion.
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The 150W and 6A ratings should not be assumed to be simultaneously achievable at every input/output voltage combination.
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Actual output power depends on input voltage, output voltage, efficiency, cooling, and operating conditions.
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Proper heat dissipation may be required during high-power operation.
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Verify the required output voltage and current before connecting sensitive electronic devices.
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The exact efficiency, protection features, and operating temperature depend on the manufacturer and module variant.
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