51730-184LF

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Backplane Connectors - Specialized components have evolved in recent years to provide highly reliable and cost effective interconnects for high speed, high data rate systems. The 51730-184LF application is a specialized backplane connector that combines mechanical strength, electrical and signal integrity, and superior solderability characteristics that enable it to precisely function for applications where timing, reliability, and signal loss are key factors to consider. Let\'s discuss its field of applications and working principle in further detail.

Application Field

The 51730-184LF application provides an ideal connection and compensation infrastructure for high speed and multi-wire interconnections in the form of a backplane. They have become increasingly popular and necessary for data-intensive wired systems due to their ability to reduce the inherent problems that come along with the high numbers of multiple channels typically found in data intensive systems. The design of 51730-184LF accordingly allows for easier routing of trace lengths and improved signal integrity while performing and coping with high speed rates, conveniently occupying the same footprint as existing connectors. This type of backplane connector is particularly suitable for systems with digital and mixed signal requirements in different industries such as communication, medical, military, or in complex applications that require a strong connection while using multiple layers of trace routing.

Working Principle

The 51730-184LF backplane connector works in a simple manner just like any connector type. It consists of two sets of pins in multiple layers, one set fixed in the system, the other removable. The two sets of pins work together to create an electrical communication pathway as signals are able to transfer from one pin to the other. The layers used for these pins helps to minimize signal loss that would otherwise occur in high speed systems. Additionally, the layers also help in terms of improving EMI/RFI performance as these layers absorb and shield the signals from outside interference, further contributing to improved performance.

The 51730-184LF adheres to a push-on/push-off mutilation. This means, in order to connect the two sets of pins, the user needs to insert and then remove the connector properly. Once inserted, the connector locks in place, with the set of pins connected and ready to transfer data from one set to the other. The latter is possible due to the insulation coating applied on the pins separately, guaranteeing a reliable and snug. connection even with multiple connections.

The 51730-184LF can also afford additional protection when used outdoors thanks to its IPX8 (International Protection Level) ingress protection rating, which makes it resistant to water and dust ingress while also providing a certain degree of protected longevity to the wires that are connected and to the connector itself. Lastly, this connector has also proven to be mechanically stable and reliable even in shock and vibration prone conditions.

Conclusion

To sum up, the 51730-184LF connector is ideal for any high speed, data intensive environment and applications that require both mechanical strength and electrical integrity. It features a push-on/push-off mating, multiple pin layers for improved signal integrity and EMI/RFI immunity, and IPX8 rated ingress protection for when used outdoors. The 51730-184LF connector can effectively offer higher levels of reliability, longevity, and performance in applications with multiple connections.

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