RSM-116-02-S-D-K

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The RSM-116-02-S-D-K is one of many rectangular connectors used in electrical applications. These types of connectors are used to create connections between two or more electronic components, and are made of materials ranging from plastics to metals. They come in various sizes and shapes, and can either have single or multiple configurations, depending on the use and application.

The RSM-116-02-S-D-K is similar to other headers, receptacles, and female sockets typically used in the electronics industry. It is a header right angle receptacle and it typically comes with 2.54 mm centerline spacing, an 8 pin count and double row configuration. It is constructed of a thermoplastic housing and has plated, tin-plated contacts.

The application field of the RSM-116-02-S-D-K is mainly used in fields that require multiple connections in a small space. Such fields range from medical, telecommunications, and consumer electronics to automotive. Its main purpose is to provide reliable interconnection and electrical safeguarding between components.

The working principle of the RSM-116-02-S-D-K is relatively simple. It is composed of a housing with pins that make contact to the opposite mating connector. The pins carry a current between the two components, making it a reliable interconnect. Pins also have a protective coating to prevent corrosion, oxidation, and other environmental damage.

Due to its multiple configurations, the RSM-116-02-S-D-K can accommodate a diverse range of applications. It is known for its ability to handle a large number of mating cycles, meaning that it can withstand multiple connections and disconnections with the same mating cycles. This is beneficial for applications where multiple connections are required within a short period of time.

Overall, the RSM-116-02-S-D-K is an excellent choice for many applications. It is designed for reliable electrical interconnect in industries such as medical, telecommunication, consumer electronics, and automotive. Its housing and pins both have protective coatings, allowing it to withstand a large number of mating cycles. It works by making contact to the mating connector, enabling a current to flow between two components for reliable interconnect.

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