2143312-2

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Backplane Connectors - Specialized connectors are widely used in various fields, and their comprehensive functions make them an indispensable component of many systems. Among these connectors, 2143312-2 is often used in aviation and aerospace applications and is becoming increasingly popular due to its rugged material, great performance, and stability.

2143312-2 is a 6-pin backplane connector designed for commercial use in the aviation and aerospace industries. It is compliant with MIL-STD-1553B and designed to protect signal integrity and reduce signal crosstalk while operating in an environment of high electrical noise. It is durable, has high strength, good vibration-resisting capability, and can withstand extreme temperatures.

This connector also has a unique structural design. It is built with a chrome-plated steel bushing and an insulated bushing that shields the metal from corrosion and weathering. The contacts are integrated with rubber seals to ensure reliable signal transmission. The pin housing is made of strong nylon that can withstand high pressure and environmental wear. The connector also features a self- cleaning pin design that helps maintain signal integrity, as well as reliable latching.

The 2143312-2 has several advantages, including high current capacity, good contact integrity, and excellent electrical characteristics. It also has superior electrical and thermal cycling performance and is highly resistant to vibration and shock. In addition, the connector has a positive latching system to give it better retention force and improved stability.

The working principle of this device is simple and the process is quite direct. When a signal is applied, the metal contacts are contacted through the pin housing and a corresponding metallic contact is connected to the bushing. When the current passes through the contact surfaces, a tiny current is generated which is then transmitted back to the connector and send out from the other end. This process creates a communication between the two connected devices.

The overall process of operation is very rapid and it is usually controlled by specialized protocols that vary depending on the application and system. This allows for an efficient, highly reliable, and timely connection between the devices. Its advantages and wide range of applications make this device widely used in the aviation and aerospace industries.

In conclusion, the 2143312-2 is a specialized backplane connector designed for multiple applications in the aviation and aerospace industries. Its structure, performance, and reliability are highly beneficial to ensure efficient communication between two devices. Its unique design and working principle make it an indispensable component that has made aviation and aerospace technology more dependable.

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