REM6-2424S/A

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DC-DC converters have been part of the power electronics landscape for decades, providing an efficient way to convert the high voltage of an energy source into a lower voltage better suited for electronics and other end applications. The REM6-2424S/A is a DC-DC converter designed for a wide range of applications. It converts an input voltage, ranging from 40 to 510 VDC, into a regulated output voltage of 24 VDC. The nominal input current is 10 Amp.

The REM6-2424S/A can be used in a variety of applications, from power supply, battery charging, and motor control to LED lighting systems, robotics, and medical systems. The compact size makes it suitable for use in tight spaces, and the low heat dissipation makes it suitable for high-efficiency applications. It is designed to meet MIL-STD-810 for shock, vibration, and corrosion resistance, and is certified to UL/EN 60950, which makes it suitable for use in safety-critical applications.

The REM6-2424S/A features a overvoltage protection of up to 600 V for both the input and output, and can operate at temperatures between -40°C and +85°C. The input power factor is greater than 0.95, providing excellent efficiency. The output is regulated using a pulse width modulation (PWM) control technique, which has been designed to be highly efficient in a broad range of input and output conditions.

To further improve system efficiency, the REM6-2424S/A uses active current sharing, allowing the multiple converters in an array to seamlessly share load current. This feature reduces power losses while maintaining consistent performance even when the total load current is greater than the single converter’s rating. Additionally, the REM6-2424S/A includes monitoring and protection features such as input/output voltage and current detectors, temperature monitoring, and over/undervoltage protection.

The REM6-2424S/A is designed to provide reliable and robust performance in a range of applications. It provides the power needed to power systems with its high efficiency design that maximizes power use while minimizing heat generation. The built-in protection features ensure safety and reliability, while its ability to share current makes it suitable for use in large scale applications where multiple converters may be required.

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