The Battery Management System (BMS) serves as the central intelligence of High-Voltage (HV) battery packs.

Electric cars (EVs) are indeed revolutionizing private transportation, steering us towards a more environmentally friendly

Electrification across industries is driving the demand for high-voltage batteries for diverse applications. From automotive to industrial systems and renewable energy, batteries play a pivotal role in meeting energy needs. High-voltage batteries are the foundation of many modern technologies and offer energy solutions that are efficient and sustainable. To navigate this complex field, it is important to understand the basics of high-voltage batteries, their chemistry, and the importance of safety in high-voltage systems. This blog explores the current market dynamics, the growing need for high-voltage batteries, and their application across various domains.

A Battery Management System (BMS) is an electronic system designed to monitor, manage, and protect

In today’s semiconductor era, embedded engineers aspire to design Printed Circuit Boards (PCB) plates that are both compact and feature rich. Enter Line Grid Array (LGA) technology – a groundbreaking innovation that enables just that. This blog delves into the concept of LGA, its significance in embedded electronics design, key applications, and testing methodologies.

There are typically several sleep modes available in microcontrollers to optimize power consumption. The exact

The External Accessory Framework facilitates communication between iOS devices and MFi (Made for iPhone/iPad) certified external accessories like hardware devices and sensors, ensuring compatibility, security, and reliability through Apple’s authentication chip. The External Accessory Framework lists connected EAAccessory devices and uses NotificationCenter for events like EAAccessoryDidConnect and EAAccessoryDidDisconnect to monitor connections. EASessions, filtered by communication protocols, enable data transfer through input and output streams for interacting with these devices.

When you step inside your electric car and switch it on, the cluster displays the distance you can go. You choose your pit brakes based on this range to reach your goal, but have you ever wondered how your car determines how far it can go?

DFM is an innovative and unique approach to a product development lifecycle. It is implemented