2101472-1

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Backplane connectors serve as an important component in the development of today\'s complex electronic systems. One type of backplane connector that is popular in many electronic designs is the ARINC 2101472-1 connector. In this article we will take a look at the application field and working principle of the ARINC 2101472-1 connector.

Application Field of ARINC 2101472-1

The ARINC 2101472-1 connector is a popular choice for many backplane applications. It is typically used for applications within the aerospace and defense sectors, such as in mission-critical avionic systems. ARINC 2101472-1 connectors are also used in many mission-critical networks in industrial and commercial settings where high-speed data and electrical transmission is required, such as in server farms and data centers. The general purpose backplane connector is also employed in a variety of communication, industrial, and telecommunication applications.

Working Principle of ARINC 2101472-1

The ARINC 2101472-1 connector works by electrically connecting two boards or other components together. It does this through the use of a system of pins or contacts, which make physical contact between two conductive elements. In the connector, the pins are surrounded by an insulating body and rubberized floor which also provides a damping effect to the connector. The high-speed performance of the connector can be attributed to its low profile, tight pitch pattern, and low contact resistance.

The ARINC 2101472-1 uses a number of contact types depending on the application. The basic contact type used is the ZIF (Zero Insertion Force) contact. This contact requires little to no force during mating, which makes mating and un-mating easier and safer. Another contact type used is the spring loaded contact, which uses a spring to ensure a reliable electrical contact. The ARINC 2101472-1 also utilizes an interference fit contact, which require more force than the ZIF contact. This contact type is typically used in applications where higher current capacity and more reliable contact is needed.

The use of the ARINC 2101472-1 backplane connector in many electronic systems helps provide a reliable and efficient design, as well as improved signal integrity and high-speed performance. The high-density pitch of the connector allows it to be used in applications where space and weight are at a premium. The wide range of contact types offered by the ARINC 2101472-1 makes it suitable for a variety of applications with different connectivity requirements.

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