171839-3

Backplane connectors are widely used in industries for their reliability and durability. The 171839-3 backplane connector is particularly suitable for applications in the field of computer hardware, such as portable devices, FPGAs and CORE systems. This article will analyze the field of application and working principle of this connector.

The 171839-3 backplane connector is designed to offer a robust, reliable solution for motherboard, backplane and other applications. It is an eight-contact, molded-housing design with the contacts positioned in a double-row configuration. The integrated contacts provide a secure, dependable electrical interface between adjacent PCBs or between a main PCB and the backplane.

This connector is commonly used in devices that require high-density and high-reliability, such as laptop computers, servers, high-end desktops, workstations, and blade servers. As such, it can also be used in a variety of storage and communication systems. As the connector is designed for increased durability and reliability, it is suitable for environments that are exposed to shock and vibration.

The working principle of the 171839-3 backplane connector is relatively straightforward. The contacts, held in place by spring fingers on the receiving side, are designed to have a low insertion and withdrawal force. This allows the contacts to be pushed in easily and to be securely connected when placed. The contacts also feature a positive locking mechanism, which ensures that the connection doesn’t loosen or separate over time.

In addition, the contacts are designed with an anti-bump feature, which prevents accidental unplugging of the connector. The contacts are also angled at the right angles to facilitate the connection and to ensure an optimal electrical connection. As a result, this connector can provide reliable electrical connections with a low-voltage drop.

The 171839-3 backplane connector is a reliable and durable solution for a wide range of industrial applications. Its low insertion and withdrawal force, along with its positive locking mechanism and angled contacts, make it an ideal choice for devices that require a secure connection and dependable electrical interface.