Product Information

Introduction

Elevate your electronics with a 8A voltage regulator kit! This versatile kit allows you to step up or down voltage within a 5-30V input range, producing an adjustable output between 1.25V and 30V, all with a respectable 8A current capacity.

Features

• High power and stable output, it converts 5-30VDC to 1.25-30VDC.
• High quality components ensures high conversion efficiency, up to 93%.
• It supports over current, short circuit, over temperature protection.
• Designed with two heat sinks for better heat dissipation.

Spercification

• Type: Non-isolated synchronous recification automatically step up/down module
• Input Voltage: DC 5-30V
• Input Current: 8A, 10A (within 6A for long-term work)
• Quiescent Current: 4mA; however, there will be deviation when the working voltage is different.
  
• Output Voltage. 1.25-30V continuously adjustable
• Output Current: 10A (long-term natural cooling within 5A, please reduce rated value when output high voltage), enhance heat dissipation or reduce rated value when module temperature is over 65°C
• Constant Current Output Range: 0.2-10A
• Operating Temperature: -40°C to +85°C
• Frequency: 150KHz
• Conversion Efficiency: Typical 91%, maximum 93%
• Over Current Protection: Yes
• Short Circuit Protection: Yes (current limiting protection)
• Over Temperature Protection: Yes (automatic reduce output voltage)
• Reverse Input Protection: No, please connect to a diode in series at input if needed
• Output Flow Back Protection: Yes, do not need to add the diode when used for charging.
• Wiring Method: Terminal block output, (IN is input, OUT is output)
• Weight 70g / 25oz (approx.)

Package List

1pcs 8A Voltage Regulator Kit: Boost/Buck 5-30V to 1.25-30V Module

Current Adjustment

1. Adjust the CV potentiometer, set the output voltage according to the load requirements.
2. Rotate counterclockwise CC potentiometer about 30 circles, (i.e. the output current is set to minimum), connected to the LED, set CC potentiometer to required current.

If you use the module for battery charging, connect to output after battery is fully discharged. Adjust CC to required current. Because if the more energy is left in battery, the less charging current will be.

Please do not use short circuit to adjust current.