RP10-2412SE/M1-HC

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DC to DC converters provide viable solutions to a variety of power supply requirements in modern electronic systems. The RP10-2412SE/M1-HC is one such example providing an efficiency of up to 90%, a wide input voltage range of 5.5 VDC to 25 VDC, a wide output voltage range of 0.5 VDC to 12 VDC, and a high output power of 120 W. It is also designed to reduce leakage current, a common concern when supplying a large amount of power. At a mere 1U height, this device is the perfect choice for computing and storage applications.

The working principle of the RP10-2412SE/M1-HC is essentially a combination of convection cooling and current-mode control. The input current is constantly monitored by a shunt regulator, and is regulated in order to maintain a constant output voltage. A high-frequency converter is used for power conversion, and is then connected to the converter output for regulation. The heat released due to the conversion process is transferred from the converter to the air by convection, thus keeping the actual temperature level low.

The RP10-2412SE/M1-HC can be used in a variety of electronic systems and industry applications, such as industrial automation, networking, telecoms, and industrial/automotive. Its temperature range is designed to be -40°C to 85°C, making it suitable for use in industrial and automotive environments. With a wide input range and high efficiency, it is suitable for use with various types of power inputs, such as batteries, solar, or grid, eliminating the need for additional components. The inherent protection against input voltage and output current overloading ensures a safe operation environment.

In summary, the RP10-2412SE/M1-HC is a cost-effective and reliable DC to DC converter, with increased efficiency and improved power density. Its wide range of input and output voltages make it suitable for a variety of applications, from industrial automation and networking to automotive and telecoms. With current-mode control and convection cooling, it ensures low temperature levels for stable operation. This makes it an ideal choice for high-power applications.

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