REC5-0505SRW/H4/A/SMD-R

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The REC5-0505SRW/H4/A/SMD-R is a DC to DC converter commonly used in a variety of applications, ranging from consumer electronics, to medical and automotive purposes. DC to DC converters, to simplify it, are basically devices that take an input voltage of one range and convert it to an output voltage of a different range. The REC5-0505SRW/H4/A/SMD-R is a boost DC to DC converter that is based on a buck-boost topology, making it especially versatile in applications where the voltage range is not a specific value, or often changes.

The REC5-0505SRW/H4/A/SMD-R is able to take an input voltage of as low as 2.5 VDC and a maximum of 5.5 VDC and when enabled, it can output a supply of 5 VDC with an accuracy of ±1%. On top of this, it has a high efficiency of up to 98% which helps minimize power losses and a very low no-load input current of only 20 µA.

When it comes to the physical size of the REC5-0505SRW/H4/A/SMD-R, it has a very small surface area measuring 24.5 mm2 and a height of only 2.6 mm, making it easy to integrate into space-constrained devices and systems. This helps to further improve the device’s versatility as it can be used in combination with various circuit elements with minimal design considerations.

The working principle of the REC5-0505SRW/H4/A/SMD-R is what really makes it unique. It works on the principle of a switching voltage regulator where the two main components used are a switching element in the form of an inductor and a diode. The input voltage (VIN) is fed into the converter and it passes through the inductor, storing its energy in its magnetic field. The diode, in combination with the inductor, then allows for the buildup of a high voltage and then the output is regulated using a voltage regulating element.

The REC5-0505SRW/H4/A/SMD-R is an efficient DC to DC converter and is proving to be extremely useful in applications where the input voltage range is fluctuating or consistently changes. Its small size makes it easy to integrate in space constrained applications, its low current consumption adds to its efficiency, and its adjustable output voltage ensures that it is able to satisfy the needs of different power requirements.

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