The majority of connector housings are manufactured from thermoplastic polymers due to their combination of electrical and mechanical properties and...
Read moreDetailsA connector’s electrical interface depends on a sequence of mechanical events: alignment, contact deflection and sliding engagement. This contact-design guidance...
Read moreDetailsIn this paper SERMA TECHNOLOGIES presents failure statistics of connectors from field return analyzed during the last 10 years. The...
Read moreDetailsAs the demand for faster data transmission intensifies, engineers must confront an often-overlooked challenge—cable skew. In high-speed digital systems, even...
Read moreDetailsChoose RF connector types by matching the system impedance, operating frequency, RF power and mechanical interface, then verify the complete...
Read moreDetailsConnector EMI shielding can reduce radiated emissions and improve immunity when the cable shield, connector shell and enclosure form a...
Read moreDetailsThis article will provide a basic discussion of connector materials and manufacturing processes. Chapter I/1.4.1 Contact Finish Electroplating on contact...
Read moreDetailsThe majority of connector contacts are manufactured from copper alloys due to the combination of high electrical conductivity and good...
Read moreDetailsThis Würth Elektronik webinar explains influence of different parameters and how to make a good electrical contact for reliable inter-connection....
Read moreDetailsWürth Elektronik podcast explains connector inrush current considerations and discusses what other values need to be considered when selecting a...
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