SSW-109-06-T-T-LL-004

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SSW-109-06-T-T-LL-004 Application Field and Working Principle

SSW-109-06-T-T-LL-004 is a type of rectangular connectors designed for harsh environments and high-speed data and signal applications. This connector type falls under the category of Rectangular Connectors - Headers, Receptacles, and Female Sockets.

Application Field:

This connector type is regularly used in the construction of automotive wiring harnesses for use in automobiles, trucks, buses, farm equipment, mining machinery, industrial machinery, and heavy-duty construction machines. It is also regularly used in the manufacturing of medical equipment, such as patient monitors, defibrillator, surgical tools, or even ultra-sound machines. Also, it is widely used in the construction of telecommunications equipment, such as smartphones, computers, and routers, where the need for high-speed data and signal transmission exists.

Working Principle:

SSW-109-06-T-T-LL-004 is a two-piece connector. It consists of a male header (also known as a plug) and a female socket (also known as a receptacle). When these two parts are mated together, multiple electrical conductors in the form of pins, wires, or pins and sockets make contact with one another, resulting in the connection of two electronic and electrical circuits. The pins make contact with one another through insertion, and the the contact is maintained by means of a latching mechanism.

This type of connector is designed for high-speed and harsh environments. It is constructed with an aluminum shell and a stainless steel latching system, making the SSW-109-06-T-T-LL-004 connector impervious to dust, sand, dirt, moisture, dust, abrasion, and corrosion. This makes this connector type a good choice for use in applications where harsh environments and high-speed data transmission are present.

Finally, the SSW-109-06-T-T-LL-004 connector is designed with an integrated locking system. This locking system is designed to provide an optimal balance between secure mating and easy disengagement as needed. It also serves to prevent unwanted disengagement during the application.

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