171317-3

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Backplane connectors are components designed for backplane systems. They are passive, low-profile mounting components which provide a reliable connection between printed circuit boards. The 171317-3 housing is a great example of this type of connector. It is a two-piece connector with a robust design, making it ideal for applications with higher current requirements. It has a screwless, friction lock retention system that maintains electrical performance over multiple mating cycles. Additionally, the housing meets both UL and CSA standards. In this article, we will explore the various applications of the 171317-3 housing, as well as how it works.

Applications of 171317-3 Housing

The 171317-3 housing is primarily used as a backplane connector in telecommunications, automotive, and industrial applications. It is also used for connecting power supplies and translating signals from one host board to another. It is designed for both analog and digital signals, so it can be used in applications where either type of signal is required.

The 171317-3 housing is also suitable for use in medical applications. It is designed to meet specific durability requirements, so it can be used in high-traffic, demanding environments such as medical equipment, where the connector needs to be able to withstand constant use and vibrations. Additionally, it is designed to reduced EMI (electromagnetic interference) which is important in environments such as hospitals where medical equipment must be able to work reliably.

In addition to all of the applications mentioned above, the 171317-3 housing is also suitable for use in industrial applications such as robotic arms, automation machines, and other industrial equipment. This is due to its robust construction and efficient signal connections.

Working Principle

The working principle of the 171317-3 housing is relatively simple. It consists of two pieces – the housing and the contacts. The contacts are used to make electrical connections between the boards. The contacts are secured in the housing by a friction lock retention system, which ensures that the connections remain secure even after multiple mating cycles.

When a connection is established, the contacts make contact and complete the circuit. This allows electrical signals to travel between two boards. Additionally, the contacts are designed to minimize the amount of EMI generated, so that reliable signals can be transmitted without any interference.

The 171317-3 housing is also designed with a robust construction that can handle high current requirements. This is important for applications such as medical equipment, robotic arms, and automation machines, where high currents are required for efficient operation.

Conclusion

The 171317-3 housing is a great example of a backplane connector. It is suitable for use in a variety of applications, including telecommunications, automotive, medical, and industrial applications. Its efficient signal connections and robust construction make it perfect for applications with high current requirements. Additionally, it meets both UL and CSA standards, so it can be used in a variety of applications safely and reliably.

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