Feature

●When there is a big difference between the input and output voltage, please reduce the power and current.
●These high current 30A screw terminals are convenient for wiring, and the buck module has 2 heat sinks to enhance the heat dissipation effect.
●adopts 75V/80A high-current dual MOS tube design, input and output adopt high-frequency low-resistance electrolytic capacitors, low ripple and stable output.
●The efficiency measured at 20A can convert 96V to 12V, and the efficiency is as high as 96%.
●The buck converter has a wide input voltage range of 6V‑40V and can accurately adjust the output voltage and current.


Description

Feature:

1. The buck converter has a wide input voltage range of 6V‑40V and can accurately adjust the output voltage and current.
2. The efficiency measured at 20A can convert 96V to 12V, and the efficiency is as high as 96%.
3. adopts 75V/80A high-current dual MOS tube design, input and output adopt high-frequency low-resistance electrolytic capacitors, low ripple and stable output.
4. These high current 30A screw terminals are convenient for wiring, and the buck module has 2 heat sinks to enhance the heat dissipation effect.
5. When there is a big difference between the input and output voltage, please reduce the power and current.

Specification:

Item Type: Power Supply Module 

Introduction to Synchronous Rectification Technology:
Synchronous rectification is a new technology that uses special power MOSFETs with extremely low on-state resistance to replace rectifier diodes to reduce rectification losses. It can greatly improve the efficiency of the DC/DC converter and there is no dead zone voltage caused by the Schottky barrier voltage. Power MOSFET is a voltage-controlled device, and its volt-ampere characteristic when it is turned on is linear. When using a power MOSFET as a rectifier, the gate voltage must be synchronized with the phase of the rectified voltage to complete the rectification function, so it is called synchronous rectification. Synchronous rectification technology is to greatly reduce the rectification loss at the output of the switching power supply, thereby improving the conversion efficiency and reducing the heating of the power supply itself.
Module Parameters:
Module Nature: Synchronous rectification, non-isolated buck constant current