Features
Power and Efficiency
- Wide Input Voltage: DC 10-32V, suitable for a broad range of applications.
- Adjustable Output: 12V-35V for precise voltage control.
- High Efficiency: Up to 94% conversion efficiency for minimal energy loss.
- Cooling Support: Optional fan for outputs above 10A; maximum output power up to 150W.
- Temperature Range: -40°C to +85°C; reduce power or add cooling if ambient temperature exceeds 40°C.
Precision and Control
- Voltage & Load Regulation: ±0.5% for stable output.
- Low Ripple: Max 2% output ripple ensures clean power delivery.
- Fast Dynamic Response: 200µS 5% for rapid load changes.
- Safety Considerations: No built-in short-circuit or reverse polarity protection; external fuse or diode recommended.
Specifications
- Input Voltage: DC 10-32V
- Output Voltage: DC 12-35V (adjustable)
- Output Current: 10A max
- Input Current: 16A max (fan recommended for >10A)
- Output Power: 100W (natural cooling), 150W (with enhanced cooling)
- Conversion Efficiency: 94% typical
- Output Ripple: ≤2%
- Voltage Regulation: ±0.5%
- Load Regulation: ±0.5%
- Dynamic Response: 200µS 5%
- Operating Temperature: -40°C to +85°C
- No-Load Current: 25mA typical
- Short Circuit Protection: No (external fuse recommended)
- Input Reverse Protection: No (external diode recommended)
- Size: 65 x 35 x 21 mm
How to Use
The module is simple to integrate into electronic projects. Follow these steps to safely use the adjustable boost converter:
1. Connections
- VIN (+): Connect to the positive terminal of your DC power source (10-32V).
- GND: Connect to the negative terminal of your power source and the load.
- VOUT (+): Connect to the device or circuit requiring the boosted voltage.
- GND: Connect to the load’s negative terminal (common ground).
2. Adjusting Output Voltage
- Locate the onboard potentiometer (screw) on the module.
- Use a screwdriver to slowly adjust the output voltage.
- Measure the voltage at the output with a multimeter while adjusting.
- Turn clockwise to increase voltage, counterclockwise to decrease.
- Do not exceed the rated output voltage (35V) or current (10A without enhanced cooling).
3. Safety Tips
- Always verify the output voltage before connecting sensitive electronics.
- Use a fuse or diode for input protection against short circuits or reverse polarity.
- If drawing high current (>10A), attach a fan or heatsink to maintain safe temperature.
- Keep wires short and thick enough to handle the load current.
- Never exceed the maximum rated voltage or current of the module.
Applications
- DIY booster chargers and adjustable DC power supplies
- Electronic development boards, microcontrollers, and sensors
- Portable and industrial devices requiring stable 12-35V DC power
- LED lighting, small motors, and battery-powered electronics
Features
Power and Efficiency
- Wide Input Voltage: DC 10-32V, suitable for a broad range of applications.
- Adjustable Output: 12V-35V for precise voltage control.
- High Efficiency: Up to 94% conversion efficiency for minimal energy loss.
- Cooling Support: Optional fan for outputs above 10A; maximum output power up to 150W.
- Temperature Range: -40°C to +85°C; reduce power or add cooling if ambient temperature exceeds 40°C.
Precision and Control
- Voltage & Load Regulation: ±0.5% for stable output.
- Low Ripple: Max 2% output ripple ensures clean power delivery.
- Fast Dynamic Response: 200µS 5% for rapid load changes.
- Safety Considerations: No built-in short-circuit or reverse polarity protection; external fuse or diode recommended.
Specifications
- Input Voltage: DC 10-32V
- Output Voltage: DC 12-35V (adjustable)
- Output Current: 10A max
- Input Current: 16A max (fan recommended for >10A)
- Output Power: 100W (natural cooling), 150W (with enhanced cooling)
- Conversion Efficiency: 94% typical
- Output Ripple: ≤2%
- Voltage Regulation: ±0.5%
- Load Regulation: ±0.5%
- Dynamic Response: 200µS 5%
- Operating Temperature: -40°C to +85°C
- No-Load Current: 25mA typical
- Short Circuit Protection: No (external fuse recommended)
- Input Reverse Protection: No (external diode recommended)
- Size: 65 x 35 x 21 mm
How to Use
The module is simple to integrate into electronic projects. Follow these steps to safely use the adjustable boost converter:
1. Connections
- VIN (+): Connect to the positive terminal of your DC power source (10-32V).
- GND: Connect to the negative terminal of your power source and the load.
- VOUT (+): Connect to the device or circuit requiring the boosted voltage.
- GND: Connect to the load’s negative terminal (common ground).
2. Adjusting Output Voltage
- Locate the onboard potentiometer (screw) on the module.
- Use a screwdriver to slowly adjust the output voltage.
- Measure the voltage at the output with a multimeter while adjusting.
- Turn clockwise to increase voltage, counterclockwise to decrease.
- Do not exceed the rated output voltage (35V) or current (10A without enhanced cooling).
3. Safety Tips
- Always verify the output voltage before connecting sensitive electronics.
- Use a fuse or diode for input protection against short circuits or reverse polarity.
- If drawing high current (>10A), attach a fan or heatsink to maintain safe temperature.
- Keep wires short and thick enough to handle the load current.
- Never exceed the maximum rated voltage or current of the module.
Applications
- DIY booster chargers and adjustable DC power supplies
- Electronic development boards, microcontrollers, and sensors
- Portable and industrial devices requiring stable 12-35V DC power
- LED lighting, small motors, and battery-powered electronics