750W DC-DC Boost Step-Up Power Module 5-32V to 9-52V
750W Adjustable DC-DC Boost Step-Up Power Supply Module
Upgrade your electronics projects with this high-performance 750W DC-DC Boost Step-Up Power Supply Module. Designed for hobbyists, engineers, and DIY enthusiasts, this non-isolated step-up converter efficiently raises your DC input voltage from 5–32V to a fully adjustable 9–52V output — all with industry-leading efficiency exceeding 97.5%. Whether you're powering motors, LED arrays, charging systems, or custom electronics builds, this module delivers stable, adjustable power with built-in protection features for worry-free operation.
Made in Mainland China.
Key Features
- Wide Input Range: Accepts DC 5V–32V input for versatile compatibility with batteries, adapters, and power supplies
- Adjustable Output: Potentiometer-controlled output voltage from DC 9V–52V to suit your exact requirements
- High Efficiency: Peak conversion efficiency exceeding 97.5%, minimizing energy waste and heat generation
- Overvoltage Protection: Built-in overvoltage safeguards protect your connected devices
- Over-Temperature Protection: Self-restoring thermal protection automatically shuts down and recovers when operating temperature normalizes
- Short Circuit Protection: Input-side fuse-based short circuit protection for added safety
- Potentiometer Open-Circuit Protection: Prevents runaway voltage in the event of a potentiometer failure
- Fast Dynamic Response: Continuous conduction mode ensures rapid response to load changes for stable output
- Low EMI: High-frequency operation with low electromagnetic interference for clean power delivery
- Status Indicators: Onboard load indicator and fault indicator LEDs for at-a-glance monitoring
- Non-Isolated Design: Compact, efficient topology ideal for applications where input/output ground sharing is acceptable
Specifications
| Input Voltage | DC 5V – 32V |
| Output Voltage | DC 9V – 52V (adjustable) |
| Maximum Power | 750W (peak) |
| Peak Efficiency | >97.5% |
| Topology | Non-Isolated Boost (Step-Up) |
| Protection | Overvoltage, Over-Temperature (self-restoring), Short Circuit, Potentiometer Open-Circuit |
| EMI Performance | Low EMI at high-frequency operation |
| Indicators | Load LED, Fault LED |
| Battery Included | No |
| Origin | Mainland China |
What's in the Box
- 1× DC-DC Boost Step-Up Power Supply Module
Important Notes
- Due to lighting and screen differences, the actual product color may vary slightly from images shown.
- Please allow 1mm–1cm tolerance due to manual measurement.
- This is a non-isolated module; input and output share a common ground.
For more information on electrical safety standards for power supply modules, visit the U.S. Consumer Product Safety Commission – Electrical Safety.
Learn more: DC-to-DC converter
Frequently Asked Questions
Q: What is the input and output voltage range of this DC-DC boost module?
A: This step-up power supply module accepts an input voltage of DC 5V to 32V and delivers an adjustable output voltage of DC 9V to 52V, making it suitable for a wide variety of DC power applications.
Q: What does "non-isolated" mean for this boost power module?
A: A non-isolated boost converter means the input and output share a common ground reference. This design allows for higher efficiency and a more compact form factor, but is not suitable for applications requiring full electrical isolation between input and output circuits.
Q: What protection features does this 750W step-up module include?
A: This module includes overvoltage protection, self-restoring over-temperature protection, input short circuit protection, and potentiometer open-circuit protection — helping to safeguard both the module and your connected equipment during operation.
Q: Can I use this module to charge batteries or power motors?
A: Yes, this high-power adjustable boost converter is well-suited for applications such as battery charging, motor driving, LED array powering, and other DC loads that require a voltage higher than the source supply — provided the input/output voltage and current requirements fall within the module's rated specifications.