CLP-104-02-G-D-BE-A

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The CLP-104-02-G-D-BE-A is a product in the category of rectangular connectors, which consist of headers, receptacles and female sockets. Connectors in this category are used to connect electric wiring between two pieces of equipment, conduct electric current and transmit data. Generally, they are used to facilitate multiple connections simultaneously, which is why this product is especially useful in applications such as medical, storage and consumer electronics.

The CLP-104-02-G-D-BE-A has two main components; the contact body and the insulator housing. The contact body is composed of a pin and a receptacle. The pins are made of silver-plated copper alloy and are designed to reduce electrical contact resistance, while also being corrosion-resistant. The receptacle is for the connection of the female socket and consists of a stamped metal backshell and a dielectric material.

The insulator housing is made from a dielectric material and is used to reduce thermal and electrical stress and to protect the inside of the connector. This housing also reduces the possibility of stray currents and is designed to dissipate electrical energy in the event of a fault.

As for the working principle, the CLP-104-02-G-D-BE-A is a type of parallel port connector. This means that the electric current passes through both the pin and the receptacle, allowing the device to function as an input or an output. The contacts in the connector are designed to provide a type of ‘spring’ when current passes through them, allowing them to make a secure connection. This also helps to reduce interference when the connection is in use.

The CLP-104-02-G-D-BE-A is an ideal product for applications such as medical, storage and consumer electronics because of its high quality material and design. The contact body is designed to reduce electrical contact resistance and is corrosion-resistant, while the insulator housing helps to reduce thermal and electrical stress, protect the inside of the connector and dissipate electrical energy in the event of a fault. Its parallel port connector design also ensures that the currents can pass through both the pin and the receptacle, making it an efficient and reliable product for your wiring needs.

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