213122-5

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Backplane connectors are an important component in high speed communication and control systems that enable the inter-system communication between boards and components. The 213122-5 contact is a type of backplane connector specifically designed for high-speed data transfer applications. In this article, we will discuss the 213122-5 application field and working principle.

213122-5 Application Fields

The 213122-5 contact or backplane connector is used in many different types of applications. It is commonly used in high speed communication networks such as Ethernet, Fibre Channel, InfiniBand, RapidIO and xGig. It is also used in datacentres, system backplanes, high performance computing (HPC) applications and military systems. As such, it is an important component for enabling fast and reliable data transmissions between components in many types of systems.

213122-5 Working Principle

The working principle of the 213122-5 contact is based on the Angled Multiline Contacts (AMC) technology which has been specifically designed for high speed data transmission applications. The contact uses a series of angled phosphor bronze contacts that are positioned to optimize both signal integrity and speed. The contacts are arranged in two rows, with no need for a complicated contact geometry (as with other high density backplane connector technologies). This leads to a high-speed, low-contact resistance connection.

The 213122-5 contact can transfer data at speeds of up to 5 Gbps and ensure reliable signal integrity with minimal Crosstalk between contacts. The contact’s narrow board spacing is a key feature – at 1.27 mm the connector saves on board space, without sacrificing on signal integrity. This makes it an ideal connector for high speed data transmission applications where board real estate is limited.

Conclusion

The 213122-5 contact is a type of backplane connector specifically designed for high-speed data transfer applications. It is an important component for enabling fast and reliable data transmissions between components in many types of systems. The contact uses a series of angled phosphor bronze contacts that are positioned to optimize both signal integrity and speed, and it can transfer data at speeds of up to 5 Gbps with minimal crosstalk.

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