Fairchild Semiconductor 200W dc-dc power supply reference design assists designers in developing more efficient power supplies and meeting stringent energy efficiency specifications.

The RD212 reference design offers high efficiency (up to 94%) and low noise characteristics due to its zero voltage switching (ZVS) technique. It provides a 24V output at 8A and offers numerous protection functions.

These protection functions (over-voltage protection (OVP), overload protection (OLP), over-current protection (OCP), abnormal over-current protection (AOCP) and internal thermal protection (TSD)) protect the power supply from adverse electrical events.

With user’s guide, application notes and schematics, it can speed the design cycle and drive higher levels of efficiency in power supply designs. The RD212 reference design is an optimal tool for simplifying design, increasing efficiency and conserving space in flat panel TVs, PCs, servers, street lighting and various off-line power supplies.

The RD212 features the FSFR2100, a green FPS power switch that integrates a pulse-frequency-modulation (PFM) controller with a high-voltage gate driver, two fast recovery Mosfets (FRFETs) and important protection features such as soft-start and burst operation into a thermally-efficient SIP package.

This switch offers a soft-switching approach that reduces switching losses, even though the actual switching frequency increases. Through its ZVS technique, switching losses are further reduced allowing the switch to handle up to 200W without a heat sink.

Fairchild offers a portfolio of reference designs that simplify system design, reduce board space, ensure system reliability and accelerate time-to-market. By offering a production-ready design, reference designs are instrumental in enabling OEMs to shorten their design time and bring their system to the market quicker.

The FEB212 evaluation board contains a user’s guide, application notes and a full tested board to evaluate your design.

Price: US $68.75

More information: http://www.fairchildsemi.com