EN4165A20-221NM

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Backplane connectors are an essential part of any modern electronics setup, due to their ability to efficiently and reliably transfer data and power from one component to another. The ARINC inserts, specifically, are some of the most common and widely used backplane connectors available today, due to their low costs and high level of reliability. One example of these inserts is the EN4165A20-221NM, which has a variety of uses and advantages.

The EN4165A20-221NM is a two-row backplane connector that uses crimp quick-lock technology to achieve a secure, reliable connection between two components. It has a pitch of 0.3mm, and it is ideal for high-density applications with tight spacing requirements. This makes it perfect for use in a variety of industries and applications, including medical, military, telecommunications, automotive, and aerospace.

In terms of its working principle, the EN4165A20-221NM features a push-pull locking system that requires a certain amount of force to be applied in order for the connector to be securely attached to the board. This force is created by the use of a pre-determined crimp force. The force applied to the pins ensures that the pins and socket are in contact and that the proper electrical continuity is maintained, allowing for reliable transmission of data and power.

In terms of its application, the EN4165A20-221NM is primarily used to connect backplane systems, but it also finds use in other applications such as RFID antennae, radio antennae, computer boards and chip carriers. It can also be used to connect various types of cables and plugs. Thanks to its small size, it is also able to facilitate data transfer in tight places where other backplane connectors may not be able to fit or be practical.

The EN4165A20-221NM is an excellent example of the versatile and reliable backplane connector that is part of the family of ARINC inserts. Its high levels of reliability and durability, combined with its affordable price, make it an ideal solution for a variety of applications. With the ability to securely facilitate the transfer of both data and power between different components, it is no wonder that it is such a popular choice for a variety of industries and applications.

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