REC6-0512DRW/R10/C

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DC DC converters provide a process of power conversion increased or decreased from one source to another. The REC 6-0512DRW/R10/C is a high performance power DC-DC converter designed for communications, industrial, medical and other applications requiring a reliable and efficient power solution. This article will discuss the application field and working principle of the REC 6-0512DRW/R10/C.

Application Field

The REC 6-0512DRW/R10/C is a 40 W power DC-DC converter that is ideally suited for telecom, industrial, medical, and other power system applications. With its high power density and wide 4:1 input range of 10.8 – 43.2 VDC, the converter can be easily integrated into a variety of designs. It has a 2:1 dual output feature, providing two isolated and regulated output voltages, making it ideally suited for applications that require multiple voltages. The REC 6-0512DRW/R10/C also has a very wide operating temperature range of -40 to +85 degrees Celsius, making it ideal for rugged applications.

The REC 6-0512DRW/R10/C has features such as advanced circuit topology, full protection against overvoltage, overload and overtemperature, and has an EMI filter meeting FCC Class B and CUL level 3. Additionally, the converter has a footprint of only 39x46.9 mm, making it suitable for integration into small form-factor designs.

Working Principle

The REC 6-0512DRW/R10/C is a switching power supply in which the AC/DC conversion is done using an AC/DC diode rectifier followed by a buck-boost converter. The buck-boost converter consists of a switching device, an inductor, and a capacitor to transform voltage, current or both. In operation, the switching device is used to control the flow of current in the circuit. When the switch is closed, current is allowed to flow to the load, and when the switch is open, the current is cut off. As the current flows, the inductor stores the energy, and this energy is then released back to the circuit when the switch is opened. By controlling the switching frequency, the voltage and current can be transformed to obtain the desired output.

The REC 6-0512DRW/R10/C can also be used for power-factor correction to meet international standards for power quality. In this application, a regulated DC voltage is applied to an active input stage, which consists of a shunt filter, inductor, and switching device. This is then followed by a ‘flyback’ transformer with an isolated output stage. The switching frequency is controlled in order to maintain a predetermined output voltage and a high power factor. The end result is an improved power quality and efficiency.

The REC 6-0512DRW/R10/C is an efficient and reliable power solution that can be used for a variety of applications. Its high power density, wide input range, dual regulated outputs, and extended operating temperature range make it suitable for integration into small form-factor designs. Moreover, its high efficiency and power-factor correction capabilities make it ideal for use in telecommunication, industrial, and medical applications.

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