LTMM-122-02-L-D-RA

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The LTMM-122-02-L-D-RA is a type of rectangular connector, which belongs to the Headers, Male Pins category. It is a two-pin and two-row male pin socket connector with solder tail contacts and silver-plated contacts.

The LTMM-122-02-L-D-RA is primarily used in audio, video, and computer applications. It is often used to connect sensors, power supplies, and other electronic components. It is well suited for tight-fitting applications, such as in audio and video. This high-quality connector ensures reliable performance even in challenging environments. Moreover, its small size and light weight make it suitable for a wide variety of applications.

The LTMM-122-02-L-D-RA features two rows of two-pin solder tail contacts that are silver-plated for improved conductivity. The contacts have a diameter of 0.275 inches, and they are spaced 0.062-inch apart. The connector is made of molded black UL94V-0 rated Nylon 6/6 material that provides excellent impact and heat resistance. The tab of the connector can be soldered or through-hole mounted. The connector has a rated current rating of 5.0Amp, with an operating temperature range of -25°C to +125°C.

The working principle of the LTMM-122-02-L-D-RA involves two contact points that are connected to the male pins of the connector. The pins make contact with the surface of the solder tail contacts at the core of the connector. The contact points create an electrical connection between the two pins, allowing electricity to flow between the electrical components of the circuit. The voltage rating of the connector ensures that the connector can safely handle the required electrical loads.

The LTMM-122-02-L-D-RA is an excellent choice for applications involving audio, video, and computing. Its small size and light weight makes it suitable for a variety of applications, while its high-quality materials and contacts ensure reliable performance and durability. Moreover, its silver-plated contacts provide improved conductivity, making it an excellent choice for applications requiring higher reliability.

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