IDC connector core performance indicators
Are there any friends who don’t understand the core performance indicators of IDC connectors? If you don’t understand the core performance indicators of IDC connectors, you can read this article compiled for you by Konnra connectors. It’s super detailed. I believe that after reading it You will understand what the IDC connector core performance indicators are.
Over the years, the discrete terminal blocks of PCB in the connector industry have changed little. Although these hard-soldered or crimped cable assemblies with corresponding board-level connectors are reliable, the insulation displacement IDC connector is still the best alternative to crimped and hard-soldered wires. Product, why do you say that? Of course, this has a greater relationship with the core performance of the IDC connector. Konnra connector engineers will give you a detailed introduction to IDC connector core performance index knowledge.
1. The reliability of IDC connector
Even after operating in the connector industry for more than 50 years, insulation displacement IDC connectors are still proving themselves in new and demanding applications, such as automotive security systems, solid-state lighting (SSL), and industrial sensors and controls. IDC connectors provide a cost-effective and reliable alternative to crimped wires and wires that are hard-soldered to the PCB.
2, the repeatability of IDC connectors
IDC connector products used in harsh environments require their contacts to have repeatable performance, so that they can provide reliability over a period of time, within the temperature and vibration range, and allow repairability if needed. The contactor design method considers key design parameters, variables and environmental conditions to create a robust and reliable contactor system. In addition, the terminal blocks of IDC connectors provide air-tight connections, and their inherent spring characteristics are directly built into the contact design. IDC contacts are precision stamped from phosphor bronze material with wire grooves that match specific wire gauges. During wire insertion/termination, the contact pierces and displaces the wire insulation, eliminating the need for wire stripping.
3, the repairability of IDC connectors
1. The reliability of IDC connector
Even after operating in the connector industry for more than 50 years, insulation displacement IDC connectors are still proving themselves in new and demanding applications, such as automotive security systems, solid-state lighting (SSL), and industrial sensors and controls. IDC connectors provide a cost-effective and reliable alternative to crimped wires and wires that are hard-soldered to the PCB.
2, the repeatability of IDC connectors
IDC connector products used in harsh environments require their contacts to have repeatable performance, so that they can provide reliability over a period of time, within the temperature and vibration range, and allow repairability if needed. The contactor design method considers key design parameters, variables and environmental conditions to create a robust and reliable contactor system. In addition, the terminal blocks of IDC connectors provide air-tight connections, and their inherent spring characteristics are directly built into the contact design. IDC contacts are precision stamped from phosphor bronze material with wire grooves that match specific wire gauges. During wire insertion/termination, the contact pierces and displaces the wire insulation, eliminating the need for wire stripping.
High-quality IDC connector product repairability technology development is mainly aimed at new series of products in the industrial and SSL markets. Among these products, simple, reliable and modular connectors are required to solve the wide application needs of terminating discrete wires to PCB .
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