Combining power ICs, rectifiers, and transformers, the power range supports scalable architectures across a wide range of power conversion needs.
RECOM has introduced a new range of discrete power components, expanding its portfolio beyond standard modules into customizable DC/DC converter design. The offering includes power ICs, transformer drivers, rectification solutions, and SMD transformers, enabling engineers to build isolated and non-isolated power supplies tailored to specific application requirements while optimizing system cost and flexibility.
This move reflects a broader industry shift toward greater design control in power electronics, particularly in applications where fixed modules may not meet constraints around space, cost, or performance. By complementing its module lineup with discrete building blocks, RECOM allows designers to choose between fully integrated solutions and configurable architectures based on their design priorities.
A key advantage of the discrete approach lies in BOM optimization and scalability. Engineers can fine-tune layouts, select components based on performance needs, and benefit from cost efficiencies at higher volumes. The availability of multiple topologies, including flyback, push-pull, and full-bridge drivers, adds flexibility across a wide range of power conversion scenarios. Integrated timing circuits and overcurrent protection further simplify implementation while maintaining reliability.
At the feature level, the RVPWxxx series flyback power ICs support wide input voltage ranges and offer three feedback modes on a single pin: primary-side regulation to eliminate the need for optocouplers, secondary-side regulation for isolated designs, and direct DC monitoring for non-isolated applications. The push-pull and full-bridge drivers come in compact DFN 2×2 packages, making them suitable for space-constrained designs.
The SMD transformer range supports isolation levels from 1.5kVDC/min up to 5kVAC/min, covering common input and output voltage combinations, with custom options available. Complementing this, the RVSxxx rectification solutions include integrated full-bridge rectifiers, self-powered MOSFET-based designs, and bidirectional rectifiers for battery charging and discharging applications.
Sven Krumpel, Project Manager IC & Solutions, RECOM, says, “There is no need for compromise any more. It is your choice: a standard module that is pre-assembled, tested and ready to go, or a customizable discrete component solution where you decide the layout and component positioning and where you also benefit from lower pricing as the volume increases.”
Click here to find the official announcement.