RECOM Expands Portfolio with Discrete Power Solutions

Why It Matters

By providing modular power‑conversion building blocks, RECOM helps OEMs reduce BOM costs and accelerate time‑to‑market, a critical advantage in high‑growth sectors such as automotive, industrial IoT and renewable energy. The expanded portfolio also strengthens RECOM’s position in a market increasingly favoring customizable, low‑profile power solutions.

Key Takeaways

• RECOM adds discrete power ICs and SMD transformers to its lineup
• New ICs support flyback, push‑pull, and full‑bridge topologies
• Integrated MOSFET options reduce BOM cost and board footprint
• Custom SMD transformers available with up to 5 kVAC isolation
• RVSxxx series offers bidirectional rectifiers for battery charge cycles

Pulse Analysis

The power‑electronics market is shifting from monolithic modules toward discrete, modular components that let designers fine‑tune efficiency, size and cost. As automotive electrification, edge computing and renewable‑energy converters demand higher power density and tighter integration, manufacturers are seeking flexible building blocks rather than one‑size‑fits‑all solutions. RECOM’s entry into this space reflects a broader industry trend where suppliers diversify portfolios to meet the nuanced requirements of next‑generation applications.

RECOM’s new discrete portfolio addresses three core topologies—flyback, push‑pull and full‑bridge—through the RVPWxxx and RVPxxx driver families. Integrated MOSFET options simplify layout and lower component count, while gate‑drive outputs preserve the ability to pair external MOSFETs for higher power or specialized performance. The accompanying SMD transformer line, rated from 1.5 kVDC to 5 kVAC, provides designers with ready‑made isolation solutions or rapid‑turnaround custom parts, reducing lead times for prototype and production cycles. Additionally, the RVSxxx rectifier series adds bidirectional capability, essential for battery‑charging and regenerative‑braking systems.

For system architects, the expanded RECOM catalog translates into tangible design benefits: reduced bill‑of‑materials, smaller PCB footprints and the ability to mix and match components for optimal trade‑offs. This modular approach also eases supply‑chain risk by allowing substitution of individual blocks without redesigning entire converters. As industries push for higher efficiency and lower cost, RECOM’s discrete power solutions are poised to become a go‑to resource for engineers looking to accelerate innovation while maintaining rigorous performance standards.