REC5-2415DRW/H4/C/SMD

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DC–DC converters are one of the most important and widely used power electronic converters. They are mainly used to provide regulated arbitrary voltage levels with high efficiency. In particular, the REC5-2415DRW/H4/C/SMD DC/DC converter still dominates the market as a quality and reliable power solution for a wide range of applications.

The REC5-2415DRW/H4/C/SMD is a non-isolated DC/DC voltage converter with its input range is 8V to 36V. It provides an output voltage adjustable range from 0.0V to 15V, and delivers up to 24W. It is based on a hysteretic pulse width modulator control topology, and its typical efficiency is up to 81%.

The typical applications of this converter include battery charging, motor drive systems, industrial equipment, computer systems, telecommunication systems and consumer products. It is suitable for a wide range of applications, and can operate over a wide temperature range. It meets the requirements for automotive level environment and offers better protection over harsh industrial environments.

The working principle of this DC/DC converter is very simple. It has an input power stage, which is fed from a DC power supply. This stage is composed of two metal oxide semiconductor field effect transistors, which control the current input to the converter. The current input to the converter is then converted into a controlled AC voltage. A transformer then takes this AC voltage and converts it into a current through the secondary winding. Finally, the output voltage is adjusted through a feedback regulator.

The REC5-2415DRW/H4/C/SMD DC/DC converter is an efficient and reliable power solution for a wide range of applications. Its high efficiency and wide range of input and output voltage make it suitable for all types of systems. Furthermore, its hysteretic pulse width modulator control topology provides flexibility and improved efficiency. It is also designed to meet the requirements for automotive level environment and offers improved performance in harsh industrial environments.

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