YAGEO has launched the HCV High Voltage High Capacitance MLCCs ceramic capacitors to meet the high requirements of industrial applications. In recent years, industrial-grade electronic devices have much more requirements Read the original post YAGEO Releases High Voltage High Capacitance MLCCs for Industrial Applications on Passive Components Blog.

Dr. Chema Molina and Lucas Nicieza from Frenetic presented in their webinar the general process to design an inductor including a live example of a design. This webinar is following Read the original post How to Design an Inductor; Frenetic Webinar on Passive Components Blog.

CAP-XX’s supercapacitors combined with Energous’ wireless power technology to enable maintenance-free supercapacitor based battery-free IoT devices that do not require battery replacement. Energous Corporation, a leading developer of RF-based charging Read the original post Energous and CAP-XX to Develop Supercapacitor Based Battery-free IoT Devices on Passive Components Blog.

This article written by Dr. Chema Molina, Frenetic is continuation of his series of articles about Magnetics Design started by the article How to design an inductor. In the first article, I designed Read the original post How to Design High Energy Power Inductor on Passive Components Blog.

This technical blog article written by Ajay Saini, KYOCERA-AVX Components Corporation, explains connector requirements and solutions for battery contacts for mobile electronics. Introduction When requiring a recharge is an unacceptable constraint for mobile electronics, replaceable battery packs are the only practical option. From cordless power tools to mobile phones to portable defibrillators, the ability to quickly, and Read the original post High-Performance Battery Contacts for Mobile...