REC6-0512SRW/R8/C

DC-DC Converters are power electronic devices used to convert electrical power from one form to another. The REC6-0512SRW/R8/C is a specialized DC-DC converter that is used in special applications and is designed to operate in harsh environment. This converter runs off a single-phase AC supply, and is available in three voltage ranges.

Application Field

The REC6-0512SRW/R8/C is designed to operate in hostile and very harsh operating environments. It is designed for use in Offshore Oil and Gas rigs, Military and Aerospace applications, Railways and Automotive applications. It can be used in a wide range of applications including Auxiliary systems, Unmanned Vehicles, Industrial Equipment, Inverters, Robotics and Telemetering.

The REC6-0512SRW/R8/C is also designed to be extremely reliable and durable, making it suitable for use in applications that demand high levels of reliability and performance.

Working Principle

The REC6-0512SRW/R8/C is an isolated DC-DC converter, which means that the input and output are electrically isolated from each other. This isolation enables it to transfer DC power from one side to the other, while eliminating any risk of short circuits or damage to the system due to ground loops or voltage spikes.

The operating principle of the REC6-0512SRW/R8/C is based on a half bridge configuration connecting the input and output stages. The input stage uses an AC power supply, while the output stage is connected to a DC bus. The input is rectified and filtered, and then converted into a high voltage DC signal which is used to drive the output stage.

The output stage consists of two switching transistors which alternately turn on and off, depending on the voltage sensed at the DC bus. When one transistor is on, it transfers energy from the input to the output, while the other transistor is off. This process is repeated in a cycle, and the output voltage is then regulated by the feedback circuit.

The REC6-0512SRW/R8/C also incorporates a variety of features to ensure safety and reliability. These include input and output overvoltage protection, thermal shutdown, and isolation between input and output.