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Backplane Connectors like the DIN 41612 type are essential components in many of today\'s backplane designs. Originally developed as a high performance, cost effective connection system for backplanes, DIN 41612 offers flexibility, reliability and scalability. It is designed to offer superior electrical performance and allows for a variety of plug-in solutions depending on the customer\'s requirements. In this article, we will discuss the application field and working principles of DIN 41612 connectors.

The primary application of the DIN 41612 is in high performance backplanes where a combination of high density and reliability are paramount. DIN 41612 connectors provide a medium for signal and power transmission between boards in servers, arrays and more. The general design of the DIN 41612 is able to provide different levels of retention force to ensure that the connection remains secure. This allows for the boards to be able to plug and unplug from one another without damaging either device.

Another notable application field of the DIN 41612 connector is in telecommunications. As the demand of increased bandwidth and data transmission rates increases, telecommunications companies are in need of a higher performing backplane connector to meet these needs. DIN 41612 is well suited to meet these needs, with its superior electrical and mechanical performance.

Structurally, the DIN 41612 has a central multi-dielectric element that is surrounded by an interference shield. This combination of components ensures that DIN 41612 can operate in a wide temperature range and is able to withstand the rigors of a busy backplane design. The central dielectric element is made of either a plastic or a ceramic material, depending on the application. The plastic option is typically used to reduce vibration in applications such as telecommunications.

The interference shield is designed to provide protection against the environment in which the DIN 41612 adaptor is used. The shield also helps to reduce EMI, which is important in any commercial environment. This is especially important in applications which involve high bandwidth data transmission.

In terms of the electrical performance of the DIN 41612, the connector is able to provide superior signal integrity. The contact geometry of the DIN 41612 is such that the contact creates a smaller dead zone reducing the risk of signal loss during transmission. The design of the contact also ensures that the connectors are able to dissipate static and thermal energy created during signal transmission. This results in a steady electrical operation, ensuring that other components on the board are not affected by the electromagnetic pulses generated.

The DIN 41612 connector is also designed to offer superior mechanical performance. The design of the contact ensures that the current and voltage ratings of the application are not exceeded when the connectors are plugged together. This results in a longer product life and increased reliability. Additionally, the sheath material is designed to reduce the risk of shorting out the circuit while plugged into the backplane. This reduces the risk of data corruption.

To sum up, the DIN 41612 connector is a great solution for customers looking for a high performance, cost effective connection system for backplanes. It is designed to provide superior electrical and mechanical performance while offering flexibility, reliability and scalability. Additionally, its interference shield helps to reduce EMI and reduce the risk of data corruption. As a result, the DIN 41612 is a great choice for a variety of commercial applications.

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