REC5-0512SRW/H/B/SMD-R

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DC-DC converters are widely used in many computer, communication and automotive electronic operating systems. They are the most efficient way of controlling the voltage of a particular system, either up or down, depending on the requirements. The REC5-0512SRW/H/B/SMD-R is one such converter. This article provides an overview of its application fields and working principle.

To begin, the REC5-0512SRW/H/B/SMD-R is a miniature DC-DC converter module that is designed for use in high power applications. It features up to 25A input and output configurations of ±5V, ±12V, and ±24V. It delivers up to 20A of peak current which can be used to power small or medium sized devices. Its small physical dimensions (24x20x7mm) and low weight make it a great choice for embedded device applications where space is at a premium.

The REC5-0512SRW/H/B/SMD-R also features low power down (LPD) technology, allowing the device to reduce input power consumption when the load is low, resulting in improved overall efficiency. This makes the device suitable for use in battery powered applications like mobile phones, tablets, and GPS systems. Additionally, the device is designed to be compliant with RoHS regulations, allowing it to be used in environmentally friendly applications and products.

The REC5-0512SRW/H/B/SMD-R also offers advanced features like variable frequency operation and adjustable switching frequency. This allows the device to operate efficiently in both high and low power applications without sacrificing performance. Additionally, the device offers short-circuit and thermal shutdown protection to prevent damage from overcurrent or overheating conditions.

The working principle of the REC5-0512SRW/H/B/SMD-R is based on a flyback topology. This type of converter uses a transformer and controllable switching device, typically a MOSFET, to regulate the input and output voltages. When the MOSFET turns on, the input voltage is applied to the transformer’s primary winding. This causes current to start flowing through the primary winding, inducing a voltage in the secondary winding. When the MOSFET turns off, the energy stored in the primary winding is released to the load through the secondary winding. The primary and secondary windings are designed to keep the output voltage stable, no matter what changes in the input voltage or load conditions occur.

The REC5-0512SRW/H/B/SMD-R is an ideal choice for use in many different applications and products. The device offers high efficiency benefits, excellent power delivery performance, advanced features, and a small physical form factor. This makes it a great choice for embedded systems, mobile devices, automotive systems, and many others. Furthermore, the device is designed to be compatible with RoHS regulations, allowing it to be used in products that are designed to be environmentally friendly.

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