EBVW020A0B841Z

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DC-DC converters are devices designed to convert a direct current voltage into one or more other direct current voltages, usually from one output voltage level to another. EBVW020A0B841Z is one of such converter with a wide range of application fields and working principles. It provides many potential applications for design engineers.

The EBVW020A0B841Z can accommodate input voltage ranges from 3.6V to 20V and up to 75V on certain options. In addition, the converters feature 200kHz, 500kHz or 1MHz switch mode operating frequency with a maximum output power of 36W. Moreover, the available output voltage ranges from 3.3V to 28V, and the operating temperature range is from -40 to 85°C depending on the specs.

Regarding its application fields, EBVW020A0B841Z DC-DC converters are suitable for a wide range of applications such as LED lighting, network equipment, industrial systems, consumer electronics, compressors, automotive systems and many others. The converters offer excellent conversion efficiencies, up to 90%, high reliability and long lifespan with low output noise and ripple.

The working principle of EBVW020A0B841Z DC-DC converters is based on the flyback topology. This power solution converts the input voltage into the right voltage level that is applied as power supply inside the load. During the charging process, the input current is stored in a transformer as magnetic energy and then released in a controlled fashion in order to generate the required output voltage.

The flyback topology also adds some functional features to the EBVW020A0B841Z converters. It provides frequency synchronisation between multiple units, no minimum load requirement, burst mode current regulation during light loads and optional remote On/Off control.

For design engineers, the EBVW020A0B841Z provides a highly efficient solution applicable to a wide range of applications, offering flexibility, low noise, high reliability and long lifetime. The converters are able to operate safely under transient conditions, and the flyback topology ensures features like adaptive sharing, low minimum load requirement, fixed switch frequency and burst mode current control.

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