/node/1601921This is a detailed description of a solution for a multi-cell USB Power Delivery (USB-PD) enabled power bank using a 2S to 4S battery stack that supports USB-PD 3.0, PPS and Qualcomm Quick Charge.
Users of RA MCU innovation kits for IoT can utilize 600+ example projects as building blocks to create feature-rich IoT and embedded proof-of-concepts quickly and easily.
This blog provides useful information on programming a pre-built hex file onto an RA kit using Renesas Flash Programmer and Segger® J-Flash Lite without having to build the source code or use an IDE.
Renesas’ first hybrid, power line plus sub-GHz RF reference platform is a reference board that supports all key communication protocols such as WiSUN, G3-PLC, G3-PLC Hybrid, PRIME 1.3.6 + 1.4, PRIME Hybrid and Meters and More.
This blog goes over the need for faster and more memory and how DDR5 is addressing this need.
The entry-level RA4E1 and RA6E1 MCUs address key design challenges including the optimal balance between performance and power consumption, as well as seamless migration options for future designs.
This blog presents the RA Family Beginner’s Guide – A step-by-step guide that takes you from the basics of the FSP and RA toolchain to creating a project from scratch with the EK-RA6M4 evaluation kit.
Compared to conventional lawn mowers, robotic lawn mowers offer many benefits including they are better for our environment and offer the convenience of remote programming, controlling and monitoring.
Fast chargers and power supplies designed with Renesas' Rapid Charge™ controllers cannot be hacked, because they are hard-wired state machines that have no firmware that can be accessed and corrupted.
There are many advantages to having an ASIC developed for your next product. Some of these advantages might be new to you. Here, we detail five of the lesser-known benefits.