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Upgrade your DC power projects with the 150W DC-DC Adjustable Boost Converter Module. Designed to increase a lower DC input voltage to a higher adjustable output voltage, this module provides a flexible power conversion solution for automotive electronics, laptop power projects, robotics, and DIY electronics applications.
With a 10V–32V DC input range and adjustable 12V–35V DC output, this non-isolated step-up converter is suitable for projects that require a higher DC voltage from an existing power source.
The module supports an advertised maximum output current of 6A and up to 150W output power with enhanced heat dissipation. Under natural cooling, the reported maximum output power is 100W.
Wide DC Input Range: Accepts 10V–32V DC input.
Adjustable Output Voltage: Provides adjustable 12V–35V DC output.
High Power Conversion: Advertised output power up to 150W with enhanced cooling.
Maximum Output Current: Rated up to 6A, subject to operating conditions.
High Conversion Efficiency: Up to 94% reported under specified test conditions.
Non-Isolated Boost Design: Increases DC voltage without electrical isolation between input and output.
Adjustable Voltage: Onboard adjustment control allows output voltage setting.
Practical Power Solution: Suitable for automotive, robotics, laptop power and electronic prototyping projects.
| Parameter | Specification |
|---|---|
| Module Type | DC-DC Step-Up Boost Converter |
| Controller | UC3844-based design |
| Input Voltage | 10V–32V DC |
| Output Voltage | 12V–35V DC |
| Output Current | Up to 6A |
| Maximum Advertised Power | 150W |
| Natural Cooling Power | Up to 100W |
| Enhanced Cooling Power | Up to 150W |
| Maximum Input Current | 10A |
| Conversion Efficiency | Up to 94% |
| Output Ripple | Up to 2% |
| No-Load Current | Approximately 25mA |
| Voltage Regulation | ±0.5% |
| Load Regulation | ±0.5% |
| Operating Temperature | -40°C to +85°C (reported) |
| Dimensions | 6.60 × 4.70 × 2.79cm |
| Weight | Approximately 66g |
This module is advertised for up to 150W output power. Its actual power capability depends on input voltage, output voltage, load current and thermal conditions.
Natural cooling: Up to 100W reported.
Enhanced heat dissipation: Up to 150W reported.
Additional cooling is recommended for higher-power operation.
Do not operate the module beyond its rated electrical and thermal limits.
1. Automotive DC Power Conversion
Use a compatible 12V vehicle electrical source to generate a higher adjustable DC voltage for suitable electronic equipment.
2. Laptop Power Projects
Convert a suitable 12V DC supply into a higher voltage, such as 19V, for compatible laptop power applications. Verify the laptop's required voltage, polarity and power rating before connecting.
3. Robotics and Motor Projects
Provide a higher DC supply voltage for compatible motors and robotics circuits. Ensure the motor's current requirements are within the converter's capabilities.
4. Adjustable DC Power Supply
Build a custom adjustable DC power source for electronics testing and prototyping.
5. Battery-Powered Projects
Increase the voltage from a suitable DC battery source to power compatible higher-voltage electronic circuits.
6. Communication Equipment
Use in compatible DC power conversion projects requiring a higher voltage supply.
The module uses separate input and output connections.
Input Positive (IN+): Connect to the positive DC power source.
Input Negative (IN−): Connect to the negative DC power source.
Output Positive (OUT+): Connect to the positive terminal of the load.
Output Negative (OUT−): Connect to the negative terminal of the load.
Always verify the terminal markings on your actual module before wiring.
Use a DC input supply within the specified 10V–32V range.
Observe correct input polarity.
Adjust and measure the output voltage before connecting your load.
Never set the output voltage lower than the input voltage for step-up operation.
Install an appropriately rated input-side fuse.
Add suitable reverse-polarity protection.
Provide adequate ventilation and heat dissipation.
Use wires and connectors rated for the expected current.
Do not short-circuit the output.
Avoid operating continuously at maximum advertised ratings without appropriate thermal testing.
Important: This module is reported to have no built-in short-circuit protection and no input reverse-polarity protection. External protection is required.
1 × 150W DC-DC Boost Converter 10–32V to 12–35V 6A Step-Up Module
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LM2577 / LM2596 DC-DC Converter Modules
Find the right power conversion module for your next electronics project at Electronics Hub.
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