REC3-0509SRW/H2/C

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DC-DC converters are electronic power converters which convert one DC voltage to another. The REC3-0509SRW/H2/C is a step-down DC-DC converter that converts an input voltage of 9-60 VDC to an output voltage of 5 VDC. It is designed for automated equipment operating in a variety of industrial applications, including medical, automotive, and ITE.

The REC3-0509SRW/H2/C has high efficiency and is designed to operate from a wide input voltage range with minimal fluctuations in output voltage. It features a 100W rating and a wide 2:1 adjustable input voltage range, and has a maximum output current of 10A. The device is also designed to operate in a wide temperature range, from -40 to 85 degrees Celsius.

The REC3-0509SRW/H2/C is designed to perform close to its maximum rated load over a wide input voltage range. It is also designed to perform without exceeding its temperature limits and to provide optimal efficiency and reliability. The unit is highly efficient, with a no-load input current that is much lower than conventional DC-DC converters.

The REC3-0509SRW/H2/C has built-in protection against over-voltage, under-voltage, over-temperature, and short-circuit. It also has an adjustable output voltage setting and a source of constant voltage or current that can be configured from the control terminals. These features make it well-suited for applications where high accuracy and reliability are critical.

The REC3-0509SRW/H2/C uses a bridge converter topology with a synchronous rectification method. This method takes advantage of the low-side MOSFET for better efficiency and power conversion. The device uses its own switching frequency for regulating the output voltage, which reduces the external component count and minimizes external interference.

The REC3-0509SRW/H2/C is ideal for powering industrial equipment, robotic devices, medical electronics, and embedded devices. Due to its wide input voltage range and efficient power conversion, it is also suitable for automotive and ITE applications. It is highly reliable and provides optimal power delivery with minimum lighting disturbances.

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