SSW-116-23-L-T

SSW-116-23-L-T is a type of Rectangular Connectors - Headers, Receptacles, Female Sockets, and is suitable for a broad range of applications. Not only can it be used in offices, but also in industrial branches such as telecommunications, military and commercial electronics.

When used in electrical systems, this connector allows multiple components to interact with each other. As the name implies, it is also a type of header with an external thread. This works by inserting the cable into the outward-facing threads, which compresses the connector against the cable and thus produces electrical contact. To ensure the reliability and safety of this contact, the connection must be locked with an appropriate nut.

The SSW-116-23-L-T is usually used in combination with several other types of connectors, including feed-throughs, breakaway headers, headers, edge cards, and terminals. It is designed to be able to handle a variety of environments without being damaged. This includes harsh environments as well as normal temperature fluctuations and shock and vibration.

The SSW-116-23-L-T is able to handle a wide range of frequencies, depending on the application. It can be used in RF (Radio Frequency) applications for up to 10 GHz, as well as in DC applications for up to 5 Amp. Because of its high performance at such frequencies, it is a popular choice for use in antenna systems and other RF applications.

The output of this connector is voltage dependent, which means it is adapted to changes in voltage input. This feature is important in order to keep electrical signals within the system within safe levels. Voltage dependent connectors are also able to identify the source of any electrical interference, thereby making it easier to detect and eliminate it.

The SSW-116-23-L-T is a good solution for applications that require a reliable and secure connection. Its high performance at many frequencies, its ability to handle harsh environments, and its wide range of voltage outputs make it useful for many applications, both commercial and industrial.