Low-power, low-voltage power subsystems get considerable attention, but there’s an enormous world of high-current, high-voltage designs which are critical to servers and data centers, industrial equipment, and other applications. These installations require DC connectors which can handle tens and even hundreds of amps, while providing contact resistance in the milliohm range. This Fundamentals course explores some of the many connector types available for the multiple cable, board, backplane, bus bar, and other power-delivery transitions which are required from power source to load. It also explores the tradeoffs and design considerations involved when evaluating the high-power connector options at each stage.

To help guide you, here are some timestamps:Part A–Slide 1: Introduction and setting the stage 00:00, Part B–Slide 8: Misconceptions, examples, and basics  04:20, Part C–Slide 15: Starting the process 10:00, Part D–Slide 26: Selection process: theory & reality 18:20, Part E–Slide 41: What are other concerns?  33:20, Part F–Slide 46: Working with your supplier 39:10


Bill Schweber

Bill Schweber is an electronics engineer who has written three textbooks on electronic communications systems, as well as hundreds of technical articles, opinion columns, and product features. In past roles, he worked as a technical web-site manager for multiple topic-specific sites for EE Times, as well as both the Executive Editor and Analog Editor at EDN.