Blog Posts

A science fiction-like world in which motorcycles fly is a reality! Renesas' semiconductors for automotive applications will open up the future of mobility.

This blog introduces a solution that realizes continuous current PFC control (carrier frequency 50KHz), sensorless vector control (FOC), and pickup control using a ceiling fan inverter board with MCU.

The RZ/G2L MPU, which integrates Arm Cortex-A55 and Cortex-M33, reduces total BOM cost by reducing the number of components and helps to mitigate procurement risk of IC components.

The ultra-low jitter ClockMatrix 2 eliminates the need for additional jitter attenuators for high-speed interfaces and supports multiple standards and protocols including Sync-E and IEEE 1588.

Renesas’ IO-Link Slave Sensor Solution showcases two examples of a resistor bridge type sensors with two different slave PHY that can be used depending on users’ system requirements.

The advanced debugging capabilities available on RA microcontroller kits provide the flexibility and convenience to debug the code quickly, easily and cost-effectively.

In this article, I will introduce the solution to the biggest challenge in AI inference, heat generation, which you have already faced or will face.

This blog illustrates a satisfied customer who drove us to develop a new motor control specific RX MCU that resulted in a low cost yet highly integrated solution to drive lower-end motors with limited dynamics.

Take the guesswork out of your innovation experience by following a systematic and methodical approach to start developing with Renesas RA microcontroller innovation kits.

Designers of high voltage, multi-module batteries and the systems that use them can streamline their design and development with integrated battery front end ICs and elegant daisy chaining to address higher voltages.