SSW-130-03-S-Q

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The SSW-130-03-S-Q is a type of rectangular connector, specifically a header, receptacle, and female socket. The header component of the connector is the female counterpart of a standard male header. It utilizes a pin-and-socket design, making it suitable for insertion and removal repeatedly. It is typically used to connect two cables in an electrical network.

The receptacle component of the connector accommodates the same pin-and-socket design as the header. It is designed to receive the header and establish a strong electrical and mechanical connection. The female socket, on the other hand, is a simple connection commonly found in wiring harnesses. It features two phases, the first being the insertion and the second being the distribution.

The SSW-130-03-S-Q is most commonly used in a variety of electrical applications, both commercial and private. In commercial applications, they are often used in networking and telecommunications applications, and in home applications, the connectors are often used in the automotive and light industrial industries. Additionally, they are frequently used to make secure connections for wires in computer systems, connecting electrical appliances, and in building control systems.

On the other hand, the working principle of the SSW-130-03-S-Q involves several mechanical operations. Specifically, the connectors have to be inserted in order for any electrical connection to be established. The headers and the receptacles engage to form a physical, mechanical, and electrical connection. The female socket, on the other hand, utilizes friction to securely hold the cables together, resulting in a finished connection.

The SSW-130-03-S-Q rectangular connectors provide an efficient and reliable means of connecting a variety of cables and wires. They make it possible to establish multiple connections in a single system, ensuring that all components are securely held together. Furthermore, they save time and money by reducing the need for cumbersome splicing and soldering operations. In addition, their mechanical operations are relatively simple and dependable, making them suitable for a wide range of applications.

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