REC6-2415SRW/R10/A

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DC DC converters provide an efficient means of transferring electrical power between two isolated circuits. REC6-2415SRW/R10/A is an example of a wide range of DC DC converters, a type of device that is widely used in a variety of applications. In this article, the application field and working principle of the REC6-2415SRW/R10/A will be discussed.

The REC6-2415SRW/R10/A DC DC converter is primarily used in automotive, railway and Ethernet communication systems. It offers 150 Watts of output power and an input voltage range of 9V to 18V, making it ideal for powering devices such as automotive cameras, sensors, displays and other automotive electronics. The device also features a wide temperature range of -40°C to 85°C that makes it suitable for outdoor applications such as forestry repairs and maintenance.

The REC6-2415SRW/R10/A adopts an innovative conduction cooling structure to maintain a steady output voltage without the need for any additional fans, making it energy-efficient. It has excellent protection functions such as input under-voltage protection, output short-circuit protection, and over-temperature protection to ensure the safety of the device and its connected circuits.

The working principle of the REC6-2415SRW/R10/A is based on the Buck converter circuit. A Buck converter is a type of DC to DC converter that typically steps down an input voltage into a lower output voltage. The REC6-2415SRW/R10/A has an integrated primary switch, and an inductor and capacitor in the power stage. The primary switch is used to turn on and off the current flow depending on the input voltage level. The inductor stores energy when the primary switch is on, and releases energy when the primary switch is off. The voltage is then stepped down by the combination of the capacitor and inductor, resulting in an output voltage that is lower than the input. A control circuit is used to control the switching of the primary switch.

In summary, REC6-2415SRW/R10/A is a type of DC DC converter that is used in automotive, railway and Ethernet communication systems. It is energy efficient and reliable, and has an excellent protection functions providing an additional level of safety. Its working principle is based on the Buck converter circuit.

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