Renesas’ Easy-To-Start online portal provides technical support for automotive MCUs, helps to accelerate the rapid prototyping of projects and allows for quicker time-to-market.
In this blog, we will explain the concept of Renesas' automotive winning combinations and introduce some examples of these reference designs and turnkey solutions.
This Blog presents the various Renesas functional safety activities and how Renesas supports its automotive customers in achieving functional safety compliance using Renesas products.
You can accelerate your project by using an appropriate power management IC (PMIC) for a microcontroller in the system.
In this blog, we will explore the challenges of increased data bandwidth and throughput in vehicle systems, and the burden placed on the chip resources by data security measures.
Renesas' virtual TechDay 2020 allowed customers to interact with our expert team, learning about market and system challenges and how Renesas solutions help to solve them.
Learn about how Renesas implements Over-the-Air (OTA) technology for updating in-vehicle software via wireless communication.
This blog introduces intelligent power devices (IPDs) with protection/diagnostic features as a replacement for mechanical relays and fuses.
2020年10月28日，经过21IC中国电子网编辑的层层筛选，瑞萨电子14节锂电池管理IC ISL78714从多个参评产品中 脱颖而出，荣获由2020年度Top-10电源产品奖技术突破奖。该产品于2019年8月推出，是瑞萨电子目前具备最佳板级精度和全生命周期精确度的14节锂电池管理IC。
系统设计的要求在驱动汽车电池管理系统IC在不断实现新的功能，但是如果没有足够的电芯电压采集精度作为前提，那么这个电池管理系统是没有价值的。