171834-5

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The 171834-5 is among the class of components known as backplane connectors - housings. It is designed with several features that enable it to be applicable and functional in several settings. In this article, we will be examining its application field and working principle.

Application Field

The 171834-5 acts as a connector to enable communication between the components of a system, most often a backplane interface. They are typically employed in high-density applications across multiple industries, such as telecommunications, aviation, defense, broadcasting, and medical technology. This particular connector is usually chosen when design engineers demand consistent performance at high speeds in order to ensure optimal data processing. Additionally, due to its ability to transfer data at high rates, it is also ideal for applications that require frequent data transmission such as signal distribution.

Working Principle

The 171834-5 works by utilizing its dense and compact design to provide excellent electrical performance. This connector is equipped with two sets of pins that serve as the electrical contact points between the devices. One of the pins is used as an input and the other as an output. The pins are constructed in layers to maximize contact density. Each set of pins is then secured in a housing, providing protection and a secure connection between the devices.

Additionally, the 171834-5 is also designed to provide superior mechanical performance. The pins are firmly held in place by the housing to prevent them from coming loose during the transfer of data. The housing helps to protect the pins from physical damage due to shock or vibration, as well as from environmental factors such as moisture, dirt or dust. This helps to ensure that the device remains reliable and functional even in harsh conditions.

Conclusion

The 171834-5 is a robust and reliable component ideal for a variety of applications. It is designed to provide excellent electrical and mechanical performance and is constructed with a dense and compact form factor. The pin design and housing also prevent the connector from coming loose and provides protection from shock, vibration and environmental damage. As such, it is a great choice for applications that require consistent performance and frequent data transmission.

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