Electrical connectors : design, manufacture, test, and selection / edited by Michael G. Pecht and San Kyeong, Center for Advanced Life Cycle Engineering (CALCE), University of Maryland, USA. - 1 online resource

Includes index.

Front Matter -- What Is an Electrical Connector? / Michael Pecht, San Kyeong -- Connector Housing / Michael Pecht -- Contact Spring / Michael Pecht -- Contact Plating / Michael Pecht -- Insertion and Extraction Forces / Michael Pecht -- Contact Interface / Michael Pecht, San Kyeong -- The Back-End Connection / Chien-Ming Huang, San Kyeong, Michael Pecht -- Loads and Failure Mechanisms / San Kyeong, Lovlesh Kaushik, Michael Pecht -- Fretting in Connectors / Deepak Bondre, Michael Pecht -- Testing / Bhanu Sood, Michael Pecht -- Supplier Selection / Michael H Azarian, Diganta Das, Michael Pecht -- Selecting the Right Connector / Ilknur Baylakoglu, San Kyeong -- Signal Connector Selection / Michael Pecht -- Advanced Technology Attachment Connectors / Neda Shafiei, Kyle LoGiudice, Michael Pecht -- Power Connectors / Michael Pecht, San Kyeong -- Electrical Connectors for Underwater Applications / Flore Remouit, Jens Engstrom, Pablo Ruiz-Minguela -- Examples of Connectors / Lei Su, Xiaonan Yu, San Kyeong, Michael Pecht -- Appendix A Standards.

"This book covers everything required to design, manufacture and select a connector for any targeted application. It covers the science of contact physics, and the engineering involved in the choice and manufacture of contact materials, contact finishes, housing materials and the full connector assembly process. Test methods and performance and reliability concerns and guidelines are then given and various application requirements and selection considerations are discussed. This book is intended for a wide electrical engineering readership, and will appeal to both introductory and advanced levels"--

9781119679837 1119679834 9781119679820 1119679826 9781119679806 111967980X

2020028242


Electric connectors.
Electric connectors


Electronic books.

TK3521

621.319/3