REM3-2405DW/A/CTRL

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DC-DC Converters are power conversion devices used to convert DC power from one voltage level to another, while isolating and regulating their outputs. The REM3-2405DW/A/CTRL is a widely used DC-DC converter for industrial applications. It is designed to operate from a low-voltage DC intput to a high-voltage DC output with excellent efficiency and reliability.

The REM3-2405DW/A/CTRL is a two-stage converter with a unique power control feature that allows for precise power delivery to the source. In multi-output applications, the built-in crossover relay ensures the proper operation of the supply. This feature allows the converter to safely and efficiently provide power to multiple voltage levels with a single DC input.

The REM3-2405DW/A/CTRL features a 4-phaseFull-Bridge topology. This is an optimal solution for medium-power applications, and the design also allows for easy direct replacement with the majority of existing DC-DC converters. The converter is also equipped with a power clamping function that prevents power surges and short-circuits due to overvoltage.

The main advantage of the REM3-2405DW/A/CTRL is that it features high power density and high efficiency. It has a minimum start-up voltage of 10V, and provides an output voltage range from 1.8V to 48V. It can handle up to 20A of DC current, with a minimal inherent ripple. Its impressive power density of 11W/in3 makes it ideal for confined spaces, where space is at a premium.

The REM3-2405DW/A/CTRL uses an external feedback network to control its output. It is designed to be highly efficient, with operating efficiency up to 97%. The device is protected against environmental conditions such as temperature, shock, humidity, and overvoltage.

The REM3-2405DW/A/CTRL is a great choice for industrial applications due to its robust features and efficient power delivery. It is designed for long-term, reliable operation and is easy to install and maintain. With high efficiency and power density, it is perfect for use in a variety of DC-DC applications.

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