2065783-1

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The 2065783-1 backplane connectors are widely used in the electronics industry due to their specialized features and high-frequency applications. They are specially manufactured with specific features in order to provide the highest levels of signal integrity, connection reliability, and power dissipation for multiple applications. This article will cover the application field and working principle of the 2065783-1 backplane connectors.

Applications

The 2065783-1 backplane connectors are suitable for use in several important applications such as industrial automation, audio equipment, gaming systems, network systems, communication systems, automotive electronics, medical equipment, computer monitors, and telecommunications. The connector is also used in military, aerospace, telecommunications, signal processing, and defense applications.

The backplane connector can be used for signal transmission, high-speed data transfer, and power distribution. It is ideal for use in high frequency applications due to its superior performance. The connector also offers excellent shielding against interference and high-frequency emission. Furthermore, the backplane connector is designed to withstand high current and high voltage levels.

Working Principle

The 2065783-1 backplane connector uses a pin and socket connector design. It consists of two components, the top–side contact (top–side pin) and the bottom–side contact (socket). The two components are connected by a metal shield that is grounded for better shielding capabilities and noise attenuation. The pins and their sockets are joined together by a plastic or metal insert, which are secured by an adapter.

The connection between the two components is made by squeezing the outside edges of the connector together to form a tight contact. This is made possible by the metal shield and its flexibility which allows it to conform to the size of the individual pins and sockets. This type of connection ensures a secure fit which eliminates the possibility of signal attenuation.

The top–side contact and the bottom–side contact are further secured by a type of coupling mechanism. This mechanism consists of a metal spring, which pushes outward on the edges of the contacts, securing them in place. This mechanism also ensures that the contact area is kept flush against the surface of the shield. This helps to reduce the effect of vibration and shock, ensuring that there is no signal loss.

In addition, the backplane connector is fitted with a secondary shielding automatically, which ensures that electromagnetic compatibility (EMC) is maintained. This secondary shielding ensures that the 2065783-1 backplane connectors are safe to use in even the most sensitive of applications.

Conclusion

The 2065783-1 backplane connectors are specialized components that provide reliable connection, excellent shielding against interference, and high-frequency emission. They are used in numerous applications such as industrial automation, audio equipment, gaming systems, network systems, and communication systems. The pin and socket connection design and the coupling mechanism used ensure that the connector is secured in place with no signal loss. Lastly, the 2065783-1 backplane connectors are fitted with secondary shielding to ensure electromagnetic compatibility with the rest of the circuit.

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