84688-903S

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Backplane connectors are found in a wide variety of applications ranging from computer architecture and telecommunication networks to industrial control systems. Each application has its own special set of requirements for the connector. In some cases, specialized connectors are required, such as the 84688-903S backplane connector. This article will discuss the application field and working principle of this specialized connector.

The 84688-903S backplane connector was designed primarily for applications in semiconductor test and ethernet data communication network systems. It is a two-part connector that comes in two separate parts: the main part and the contact carrier part. The main part has a central flange, which provides a secure attachment point for the contactor carrier. It also features two main clamping units, which allows for a secure fit of the contact carrier.

The contact carrier is comprised of a set of metal pins, which are inserted into the contact carrier part of the connector. These pins are then gold plated, insulatingly coated, and then crimped in place. There are several types of pins available for use in the 84688-903S backplane connector, such as crimp contacts, edge contact pins, and spring-loaded contacts. The type of pin used depends on the specific application.

The working principle of the 84688-903S backplane connector is relatively straightforward. When the contact carrier part is secured in place, a gap is created between the two parts of the connector, allowing an electrical connection to be established. This is done by passing a current through the pins of the contact carrier, which in turn create a voltage differential across the gap. This voltage differential is used to communicate data between the two components.

The 84688-903S backplane connector is appropriate for a variety of applications and has been successfully used in the past. It is a reliable and durable connector that facilitates efficient data communication. Its versatility and ability to accommodate different types of pins make it a great choice for a wide range of applications. Furthermore, the design of the connector ensures a secure connection between the two parts and prevents potential damage to the contact carrier.

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