63453-136

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Rectangular connectors are accepted in most electrical applications due to their reliable connection and compact design. The 63453-136 connector type is a non-threaded header with a locking mechanism, designed for secure panel-to-panel connections in harsh environment applications. Their robust construction makes them suitable for use in harsh operating conditions, and combined with their small size and secure locking mechanism, they are ideal for applications in which board-to-board or enclosed connections are needed.

The 63453-136 connector type is designed to hold headers and female sockets, which are press-fit into the connector for an electrical connection. Headers are single row or multimode/multi-channel connectors. They allow multiple connections to be made in a small space by using a single female socket. This connector type is designed for use in limited spaces and harsh environments since it can connect multiple components at the same time without increasing the overall size.

The female socket is the point at which a connection is made between two different components in a circuit. The female socket is made of durable materials, such as copper or gold plated brass, which provide electrical continuity and limit mechanical wear. The female socket is also designed to provide the strongest possible connection possible, which is necessary for efficient and safe electrical connections.

The 63453-136 connector type features a reliable, easy-to-use locking mechanism that provides secure panel-to-panel connection. This locking system is designed to improve board retention and protect the connector from unintentional disconnection or removal from the board. A self-locking system is also available, which provides additional security and helps to reduce the risk of accidental disconnection or removal.

The working principle of the 63453-136 connector type is based on the principle of electrical resistance. When the contact point of the header and female socket make contact, it creates a resistance between the two parts. As the force applied increases, the resistance naturally increases. This resistance will cause an electrical current to move from the header to the female socket in order to create an electrical circuit between the two components.

The 63453-136 connector type is a reliable and economical solution for electrical connections in harsh environments. Its small size, reliable locking mechanism, and strong construction make it suitable for use in a variety of applications, from industrial machinery to personal electronic devices. Its easy-to-use locking system ensures a secure connection between components, and its electrical resistance principle ensures efficient and safe connections.

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