The Rise of Smart Canes and Crutches Blog

The Rise of Smart Canes and Crutches

Renesas’ compact and robust design for a smart cane/crutch is easy to scale and incorporate other features that may be required in these types of applications.

Renesas Secures Customer’s Software Investment by “Upstream First” Development! Blog

”Upstream First”な開発で、お客様のソフトウェア投資を保全!

毎回ソフトウェアをゼロから開発する時代は終わりました。ソフトウェアを使いまわすためには、どうすればいいのでしょうか

FET image

パワーデバイスの破壊の悩み一発解決! ~サーマルFET編~

パワーデバイスの破壊に困っていませんか?サーマルFETを使用すれば悩み解決 解決策をここだけでご紹介します。
 

Flexible Input/Output Configuration with the New ZSSC3240 Blog

Flexible Input/Output Configuration with the New ZSSC3240

Introducing the ZSSC3240 sensor signal conditioner with flexible input and output configurations for industrial and medical applications.

Enhancing HVAC for Safety, Comfort and Vehicle Driving Range Blog

Enhancing HVAC for Safety, Comfort and Vehicle Driving Range

This blog highlights why HVAC sensing is important for EV applications and introduces an energy-efficient solution for plug-in hybrid electric vehicles (PHEVs) and battery electric vehicles (BEVs).

Improve Circuit Efficiency! Directly Linked to Energy Saving! Ultra-Low-Loss Power Devices - IGBT Blog

回路効率を改善!省エネ化に直結!超低損失のパワーデバイス ~IGBT編~

今後大きな需要が見込まれ、エコロジーな社会を実現するエネルギーマネジメント分野に最適な産業用途向けIGBTをご紹介します。

MRAM - Magnetoresistive RAM ICs Blog

Do You Hear What I Hear?

Learn about the benefits of using Magnetoresistive RAM (MRAM) devices for hearing aid applications.

Read and Execute: Prevent System Bottlenecks with Read While Write (RWW)

Whether performing high-speed data transfer or executing code directly out of memory, a key system design requirement for edge devices is the selection of the right non-volatile memory.

An Easy Approach to Designing Precise Temperature Controllers Blog

An Easy Approach to Designing Precise Temperature Controllers

Learn about Renesas' precise temperature controller solutions for industrial applications.

A New Era in Motor Commutation Blog

A New Era in Motor Commutation

This blog walks you through design considerations for inductive sensing technologies and introduces an efficient solution for motor commutation applications.