SSW-125-23-H-Q

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The SSW-125-23-H-Q is a specialized rectangular connector from the family of headers, receptacles, and female sockets. It is a part of a larger series of rectangular connectors developed for a variety of applications. Working with a wide range of standard and non-standard sockets, it can be used in many diverse applications, in varying capacities.

The physical structure of the SSW-125-23-H-Q consists of a plastic housing with metal pins that extends down from the housing. The pins correspond to the header or receptacle on the mating connector or cable, depending on the particular application. The SSW-125-23-H-Q connector is available in two, three or four pole sizes, each rated for a different current. This rating depends on the particular application and the cable or connector used.

The working principle of the SSW-125-23-H-Q is quite simple. It operates by using a series of contacts, either pins or sockets, to direct electrical and signal current from one device to another. Depending on the particular application, this action may be done through insulation displacement contacts, jackscrews or direct wiring. As previously mentioned, the contacts are typically metal pins attached to the housing, and correspond to the header or receptacle on the mating connector or cable.

The many uses of the SSW-125-23-H-Q make it a valuable tool in many fields. In addition to its traditional application within the telecommunications and computer networks, the SSW-125-23-H-Q is also used in medical instrumentation, security systems, automation technology and automotive electronics. In some of these fields, such as in the medical sector, the connector is used to provide power to medical devices or to connect the device to an external computer.

The SSW-125-23-H-Q is a valuable device for many applications, due to its versatility and power capabilities. As such, it continues to grow in popularity among telecommunications companies, computer engineers, medical sciences, and other fields that utilize it. With its ability to provide both singular and multiple points of contact and varied current ratings, it is an excellent choice for many different applications.

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