Electronic Connector Handbook: Theory and Applications
First-Ever Electronic Connector Bible If you're looking for a better way to a connect electronic components so they're both manufacturable and maintainable, reach for Electronic Connector Handbook. In this Handbook, experts help you choose wisely from among today's bewildering array of permanent (including soldered and mechanical) and separable connectors for consumer, computer, communications and other devices and systems. The perfect tool for maximizing the price/performance of power and signal applications alike, it lets you: Develop an instant background in contact interfaces, finishes, materials, designs and housings Master all 6 levels of connector types - including those for board-to-board, wire-to-board, wire-to-wire and coaxial connections Minimize performance tradeoff and test connectors and sockets to meet demanding mechanical, electrical and environmental standards Engineer connector thermoplastics - and choose from among the top 12 engineering polymers Much, much more
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The Contact Interface and Contact Physics
Contact Spring Materials
7 other sections not shown
a-spots addition AMP Incorporated annealing base metal beryllium copper cable characteristic impedance characteristics circuit cold welding compliant pin conductor connector housing contact area contact finish contact force contact geometry contact interface contact normal force contact resistance contact spring copper alloys corrosion Courtesy of AMP crimp barrel crimped connection cross section crosstalk cycles deflection deformation degradation depends dielectric discussed in Chap durability effect electrical Electrical resistance electronic environment exposure FIGURE films formability fretting corrosion gold heat hole increases insertion force insulation interconnection load manufacturing materials mating force mechanical metallic contact nickel noble metal oxide palladium percent permanent connections plating polymer press-in printed wiring board properties requirements result Schematic illustration separable interface shielding signal slot solder stability strands stress relaxation surface mount surface mount technology temperature termination thermal thickness tin finishes tion underplate voltage wave soldering wear wire
Recent Advances in Computational Science & Engineering: Proceedings of the ...
H. P. Lee,K. Kumar
No preview available - 2002
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