Permanent Connections
In general permanent connections are intended to be exactly that, permanent connections, once and done. Therefore they are not limited...
Read moreDetailsIn general permanent connections are intended to be exactly that, permanent connections, once and done. Therefore they are not limited...
Read moreDetailsAfter this discussion about the effects of contact normal force, attention now turns to the design and material parameters that...
Read moreDetailsConsider now the effects of contact force on the mating mechanics of a connector. Figure 2.20 schematically illustrates the mating,...
Read moreDetailsThe variation of mating wear/durability as a function of contact force is a good example of normal force optimization. The...
Read moreDetailsBefore the question of optimizing contact force is addressed it is necessary to ask a more fundamental question: “What does...
Read moreDetailsAs discussed in Chapter I/1.2.2 Contact Springs, the three basic requirements for the contact spring are: • Electrical conductivity• Creating...
Read moreDetailsSeparability requires that a connector has the capacity to be mated and unmated multiple times without any unacceptable effect on...
Read moreDetailsRecall the functional definition of a connector from Chapter I/1.1 Connector Function. A connector is an electromechanical system which provides...
Read moreDetailsThe classic noble metal contact finish system is gold over nickel as discussed in Chapter II/2.1.2 Contact Finish Degradation Mechanisms....
Read moreDetailsTin and silver are the two most common used non-noble finishes. Tin finishes are used in a wide range of...
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© 2023 EPCI - Premium Passive Components & Inter-Connect News