646343-1 Connectors, Interconnects

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Backplane Connectors - Housings are an essential piece of hardware in modern computing and telecommunications systems. 643643-1 is a type of backplane connector which is specifically designed for high-speed backplane applications. The characteristics of this connector include: high reliability, cost effective, simplicity, and easy installation. In this article we will discuss the application field of 643643-1 connectors and its working principle.

The 643643-1 backplane connectors are mainly used for high-speed applications in a range of applications, including communication, computing, networking, and industrial automation. It is used in increasingly faster systems due to its excellent electrical characteristics, which include excellent crosstalk, return loss, and signal integrity. Its superior EMI shielding performance also reduces EMI radiation. This type of backplane connector is ideal for system designs that require higher data throughput rates, and increased routes and nodes.

The 643643-1 backplane connector is constructed from a basic component called a housing. The housing is a multi-layer assembly consisting of a plastic body, a metal contact plate, an inner contact plate and an outer insulating plate. The housing contains several pins that are connected to an internal shield plate. The pins are then connected to a power plane, which helps the connector to dissipate heat from its components. The housing also has a range of features including: a secure contact guard, a sliding lock mechanism, and a strain relief mechanism.

The working principle of the 643643-1 connector is fairly straightforward. When inserted into the appropriate mating receptacle, the pins of the connecting wires create electrical contact points inside the housing. This is achieved by the contact plates which are positioned between the housing and the contact pins. When the two components are mated, the contact pins become energized, creating an electrical connection. The signal is then exchanged between the two components via the internal shield plate. The signal then travels to the power plane, where it is dissipated.

The 643643-1 connector offers great advantages over traditional connection methods such as solder or welding. It is highly reliable, economical and you can depend on its performance throughout the life time of the component. It is also easier to use since it does not require any soldering or welding. Therefore, this connector is often used in the production environment, making it a great choice for design engineers looking to reduce their total cost of ownership.

In conclusion, the 643643-1 backplane connector is a great choice for high-speed applications. Its construction and working principle makes it an ideal solution for systems requiring increased data throughput, and increased routes and nodes. Its excellent characteristics and economical price make it a great choice for production environments and design engineers.

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