17050952201

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Backplane Connectors - Hard Metric, Standard and 17050952201 applications field and working principle are all great ways to move data across a circuit-board or backplane. The applications and principles are all quite different, and have a variety of use cases in modern computing. Let’s take a look at the different applications as well as the principles which define each one.

Hard Metric Backplane Connectors

Hard metric backplane connectors are specifically designed for industrial and military applications. These connectors come in sizes from 4 to 64 and are just like standard metric connectors but with a slightly larger profile. They’re usually found in applications that require harsh or extreme temperature operation. The contacts are usually spaced on 2.5mm to 4.2mm centers and feature gold or tin plated spring steel retained contacts.

The main purpose of hard metric connectors is to transfer power and signal handling between several different devices. This is mostly used in applications that need higher density and rugged performance such as distributed control systems. In addition, paralleled contacts on the rear of the connector can also be used to make contact with the ground plane.

Standard Metric Backplane Connectors

Standard metric backplane connectors are by far the most common type of connector used in modern computing. These connectors come in the standard sizes of 4, 6, 8, and 10 positions and feature contacts that are 0.05-inch in diameter. Standard metric connectors are typically used for signal and power applications that require low speed data transfer rate or lower contact forces. The contacts are usually made out of brass forced-fit contacts, with press-fit lids. The contacts feature and small glow-wire rating and are designed to be very durable.

Standard metrics connectors are mostly used in internal chassiscabinets, motherboards, and other computing applications that need standard connections for signal transfer and power. They are also highly reliable and relatively cheap to use.

17050952201 Backplane Connectors

17050952201 are high speed backplane connectors designed for data rates of up to 25 Gbps per lane. These connectors come in sizes of 2 to 10 positions and feature finger contacts that are 0.635mm in diameter. In addition, these connectors also feature Simultaneous Termination (ST) technology, which allows for the easy servicing of daisy-chained devices.

These connectors are specifically designed for data rates of high bandwidth and applications such as computer networks, cloud computing, and secure servers. The contacts are made out of brass, or stainless steel, with keying variations for ease of identification. The contacts are designed to be press fit and are also held in place by a locking system which assures a secure connection.

Working Principles

The working principles for all these backplane connectors are quite similar. All of them use contact surfaces which allow them to be connected securely with low contact force. They also feature a locking system that prevents unwanted disconnection or corrosion. The contacts are also designed to be force fit, or press fit, depending on the specific application.

In addition, all the backplane connectors also utilize either universal or keyed contacts. The keyed contacts are designed to prevent incorrect routing and ensure secure connection. Lastly, all the connectors feature an insulation system which keeps the signal or power within the connector. This helps maintain a constant flow of signal or power even in the worst climate conditions.

Conclusion

Backplane connectors are essential components for modern computing applications. They come in different sizes and styles, each of which is designed to serve specific tasks. Hard metric connectors are used mostly for industrial and military applications while standard metric connectors are used for low speed data transfer rate applications. 17050952201 connectors, on the other hand, are designed for high speed data transfer rate applications. All of these connectors work on the same basic principles, with each connector having its own advantages and disadvantages.

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