150W DC-DC Step-Up Converter 12-35V 6A - step-up voltage power supply
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Description
Product description
150W Step-Up converter is an efficient step-up voltage module for powering demanding electronic projects. It works well with popular platforms and is suitable for Arduino, ESP8266, ESP32, and Raspberry Pi.
The module supports input voltage from 10 V to 32 V and allows output voltage in the range of 12 V to 35 V. Thanks to the built-in potentiometer, smooth and precise adjustment of supply parameters is possible.
Key technical specifications
- Input voltage: 10 - 32 V
- Output voltage: 12 - 35 V
- Input current: up to 10A
- Output current: up to 6A
- Output power: 100W with passive cooling, 150W with active cooling
- Efficiency: approximately 94%
- IN+ / IN- terminals: ARK screw terminals for input voltage connection
- OUT+ / OUT- terminals: ARK screw terminals for output voltage connection
- Indication: built-in LED indicating module power
- Dimensions: 65 x 48 x 27 mm
Example applications
- External power supply or high-current laptop charger
- Reliable power module for vehicle installation
- Adjustable power source for workshop use
- Bench power supply for testing electronic circuits
- Powering microcontroller projects with ESP8266, ESP32, Arduino, and Raspberry Pi
Benefits
- Smooth adjustment: precise tuning of output voltage to project requirements
- Versatility: wide range of supported input and output voltages
- High performance: efficiency up to 94% minimizes energy losses
- High power: can power demanding devices with current up to 6A
- Easy installation: convenient ARK terminals for quick and reliable wire connection
Important notes and setup
The module does not have reverse polarity or short-circuit protection. Carefully verify connection polarity before powering the circuit.
To avoid damaging the step-up converter, follow these steps during setup:
- Before connecting power, set the potentiometer to maximum output voltage.
- Connect power to the input and a multimeter to the converter output.
- Gradually lower the output voltage by adjusting the potentiometer until the desired value is reached, remembering not to exceed the supply voltage during adjustment.
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