Transistor design is dependent upon multiple factors like area, application, operating temperature, doping level, frequency response, and many more. Here is a comprehensive guide to understanding factors crucial for transistor circuit design and its implementation.

Most electronic systems depend on power voltage rails that are either positive or negative, but a few applications require individual rails that can be both. This article presents a solution immune to input voltage changes while generating power and enabling reverse current flow, that is, from output to input.

Diodes Incorporated introduces a series of high-precision current shunt monitors designed to measure small sense voltages across a wide common-mode voltage range in electric vehicles: the ZXCT21xQ family.

Delta, a global specialist in power supply and energy management, has announced the launch of a prefabricated energy storage system (ESS) for industrial and commercial enterprises and EV charging stations. This ESS is designed to not only help businesses meet their ESG, carbon reduction, and power stability needs, but it also solves issues pertaining to peak shaving and load shifting with solar power systems or EV charging facilities.

Since Apple moved to the M1 chip, each new iteration has come with significant performance improvements. Apple’s latest M-series chip is the highest-performing chip that the company has produced to date. Let’s take a look at what’s powering it.

Wind provides us with a powerful, clean, and sustainable alternative energy source. In this article, we will take an in-depth look at wind energy, how it is generated, and what the future may hold for wind power.

Wide-bandgap was without a doubt the hot topic at PCIM Europe (May 7-9, 2019 in Nuremberg). However, manufacturers also showcased a variety of innovative power devices, ranging from transducers to converters. In this article, we'll go through some of the highlights from the fair.

German semiconductor manufacturer Infineon has announced a new collaborative project aimed at improving the reliability of electronics—Intelligent Reliability 4.0, or ‘iRel40’. 75 science and industry partners from across 13 countries will work together to realize the goal of improving the reliability of electronic devices, systems, and components.

Error vector magnitude (EVM) is a popular system-level performance metric that is defined in many communication standards as a compliance test for applications such as wireless local area networks, mobile communications, and many more. Moreover, it is very useful to quantify the combined impact of all the potential impairments in a system through a single and easy to understand value.

The UK’s science minister Amanda Solloway recently announced that the UK government will provide around £65 million in extra funding for battery development projects and other areas of promising research.