LSS-120-02-L-DV-A-TR

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LSS-120-02-L-DV-A-TR is a type of rectangular connector from the arrays, edge type, mezzanine (Board to Board) category. It is relatively small compared to other types of rectangular connectors, making it suitable for applications where size is a major consideration. It has a 2mm pitch, which simplifies mating components and helps reduce weight and stress on the pins. The top surface is designed to provide better flexible strain relief capabilities. The contacts are gold plated, which increases its durability and decreases contact loss over time.

The LSS-120-02-L-DV-A-TR rectangular connector is most commonly used in power, data, and signal transfer applications. It is suitable for high frequency signal transmission due to its low electrical resistance. It features high dielectric strength and excellent voltage breakdown performance. It is also RoHS compliant, which ensures that it is environmentally friendly.

The connector has a two-piece structure. The extendable, flexible flat pins are made from copper tin and are crimped to the substrate. The base is made of a molded thermoplastic with a hard, lipped edge that ensures secure mating of both the contacts and the circuit board. The contacts are connected directly to the surface of the board. Therefore, no additional space is needed for contact connections.

The working principle of the LSS-120-02-L-DV-A-TR connector is simple and reliable. First, the contacts are firmly crimped to the substrate and the pins are inserted into the board. Then, when it is time to mate, the contacts on one side of the connector are lined up with the contacts on the adjacent side of the board. The two surfaces are then firmly pressed together, ensuring that the contacts are securely connected.

The LSS-120-02-L-DV-A-TR connector is a dependable and versatile solution for a variety of applications. It is low-cost, robust, reliable, and easy to install. It can be used for many power, data, and signal transfer applications, making it the ideal choice for cost-effective and reliable performance.

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