208972-5 Connectors, Interconnects

Series:	600
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Shell Style:	Plug
Class:	Non-Environmental
Class Code:	1A
Shell Size:	2
Cavity A:	150
Cavity B:	150
Cavity C:	100
Cavity D:	--
Cavity E:	--
Cavity F:	--
Sealed:	Un-Sealed
Shell Plating:	Chromate
Termination:	--
Features:	Rear Release
Note:	Partially Loaded

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Backplane Connectors- ARINC 208972-5 Application Field and Working PrincipleBackplane connectors, also known as backplane geckos and backplane boxes, are widely used in various industries. Their primary purpose is to provide robust and reliable connections between multiple physical or virtual components within a system. A backplane connector is an important part of many devices and systems, as without a reliable backplane connector, communication of information may not be possible.ARINC 208972-5 backplane connectors are designed to provide robust and reliable connections between multiple physical or virtual components within a system. The ARINC 208972-5 backplane connector, developed by ARINC in conjunction with COTS products, is a high-performance backplane system connector withstanding vibration, shock and wide temperature range. The ARINC connector is designed to provide secure, reliable connections between the backplane of various systems.The ARINC 208972-5 backplane connector has a wide range of industrial application fields. These include aerospace, automotive, medical devices, computing systems, data/communications systems, and more. In aerospace, the connector is used to join different types of components within avionics systems, such as antenna systems, GPS systems, video systems, and more. In automotive, the connector is used to connect the electronic systems within the car, such as infotainment systems, ECUs, powertrains, and more. In computing systems, the connector is used to join multiple networking components, or other devices within the server. The ARINC 208972-5 connector consists of multiple parts, including a male connector, female connector, contact pins, and pivot pins. The male connector is the lower section of the connector, which contains the contact pins. These pins provide electrical connection between the two mating parts. The female connector is the higher part of the connector, which houses the pivot pins. These pivot pins provide mechanical support and stability to the mated connectors. In terms of working principle, the ARINC 208972-5 backplane connector is a shielded multiple-point contact connector. It is mainly controlled by internal magnets, which ensures the connecting parts of the connector to be quickly, safely, and accurately mated and demated. The internal magnets are controlled by a plastic mold, which is designed in specific shapes with the right inertial-proximity sensors. The operational characteristics are based on the voltage, current, and electrical waveforms of the signals. The advantages of the ARINC 208972-5 connector mainly come from its design and construction. Its conduction path is designed to occur on the conductor-to-conductor contact, which will provide very low resistance and contact reliability. To improve contact reliability, the contact point is designed to have an open-baffle geometry to reduce arcing and wear over time. The contact pin mount is designed to dissipate stress and thermal shock and provide long-term stability. In addition, the connector is built with a combination of heavy-metal and gold-plated contacts to ensure a stable, low-noise connection. Overall, the ARINC 208972-5 backplane connector is a reliable and high-performance connector for various applications. It is designed to provide robust and reliable connections between multiple physical or virtual components, as well as provide low resistance and contact reliability. Its conduction path is designed to occur on the conductor-to-conductor contact, which will provide very low resistance and contact reliability. Also, the contact pin mount is designed to dissipate stress and thermal shock and provide long-term stability. It is suitable for a wide range of industries, from aerospace to automotive to medical devices.

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