1-1103636-1

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Heavy duty connectors are widely used in waterproof, dustproof and other harsh environment applications. These connectors are designed to meet stringent environmental and safety requirements. The 1-1103636-1 connector is a robust and reliable solution with a dense population of contacts in a variety of mating, un-mating and testing options. It is a key component used in high performance and reliable machinery, including industrial machinery, electronics, communications, automotive, and marine applications.

The 1-1103636-1 connector consists of a connector body, an insert module, and contacts. The connector body is shaped to enable the mating of the insert module and contacts. It also provides a secure mechanical connection between the contacts and the insert module. The insert module consists of a number of terminals arranged in a fixed pattern. It is usually made of plastic, metal, or composite materials. The contacts are usually made of copper, tin-plated copper, brass, or other metal material and are designed for specific electronic applications.

The working principle of the 1-1103636-1 connector is straightforward and easy to understand. First, the contacts are fixed into the insert module with a series of pins and sockets and then inserted into the connector body. The connector is attached to the mating surface equipped with corresponding pins and sockets. When power or signal is applied to the pins and sockets, the contacts are connected with each other and current is carried through the contacts. The insertion of the contacts is usually done with a multi-wire insertion tool.

In summary, the 1-1103636-1 connector is a reliable and rugged heavy duty connector designed for harsh environment applications. It is used in many types of industrial, electronics, communication, automotive, and marine applications. It consists of a connector body, an insert module, and contacts that are connected through pins and sockets. The working principle of the 1-1103636-1 connector is based on the insertion of the contacts into the insert module and then attaching the connector to the mating surface.

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