Understand the architectural tradeoffs of two-stage and single-stage on-board charger (OBC) DC/DC converters through a clear comparison of operating principles, performance characteristics, and system-level impacts.
Read how the expanded Renesas Partner Program connects hardware, software, and services to simplify solution discovery, accelerate time to market, and drive global growth through a scalable ecosystem.
Explore model-based design with MathWorks hardware support packages, enabling code generation, processor-in-the-loop verification, and one-click deployment on Renesas RA and RH850 MCUs.
AI data centers demand higher, dynamic power. Shifting to GaN technology boosts efficiency, shrinks hardware, and supports rapidly scaling accelerator workloads.
With continued unprecedented surges in power demand, designers are turning to GaN and its superior properties. Learn about the fastest/smallest power switches designed to accelerate this revolution.
Scooters, e-bikes, and compact EVs need clear, connected dashboards with scalable TFT clusters for smartphone‑like clarity and efficiency. Using Renesas MCU-based solutions accelerates your designs.
Software-defined vehicles are reshaping automotive design. Discover how Renesas' shift-left strategy, AI-driven tools, and the RoX platform accelerate innovation and enable next-gen vehicle development.
Learn how the RoX AI studio can transform your product engineering experience and accelerate your development for automotive applications.
Supported by our Inductive Position Sensor Coil Optimizer Tool, Renesas inductive position sensors deliver magnet-free, stray-field-immune accuracy for X-by-Wire and motor control.
Learn how to develop EV drive, charging, and battery management with a single RH850/U2B MCU chip.