RSM-106-02-T-D-K-TR

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RSM-106-02-T-D-K-TR , commonly referred to as RSM, is a type of Rectangular Connectors - Headers, Receptacles, Female Sockets. It is often used to connect electrical circuits and electronic components, and is designed to achieve safety, reliability and low cost. The RSM-106-02-T-D-K-TR connectors is often used for telecommunication or industrial automation. In addition, RSM also has a wide application range for radio frequency transmissions, many embedded systems, and many audio applications.

The RSM-106-02-T-D-K-TR connector consists of an insulated body, which is usually made of three-dimensional injection molding of either metal or plastic, contact pins, and a number of internal structures such as mounting hardware, protective insulation, and an assembly for securing the connection. It has a square shape with a 2.00mm spacing between the pins, which assists with alignment and helps to prevent accidental disconnection during installation. It also has two rows of pins, with three contact surfaces inside each row.

The working principle of the RSM-106-02-T-D-K-TR connector is quite simple. An electrical current supplied to the contact pins creates a magnetic field around them, which attracts mating pins on a complementary connector. This magnetically-induced attraction connects the two components, creating an electrical circuit. This allows electrical signals to pass through the connection. The contact pins also ensure the connection remains secure, as the contact surfaces become impregnated with solder, creating a strong electrical bond.

The RSM-106-02-T-D-K-TR connector is a reliable and cost-effective solution for many types of electrical connection projects ranging from small telecommunication systems to large industrial automation projects. Additionally, its square shape, 2.00mm pitch, and two rows of pins make it an attractive option for radio frequency transmission systems and embedded systems. It also has the added benefit of high protection against shock, vibration, and temperature fluctuations.

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