HMTSW-221-12-L-T-100-LA

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The HMTSW-221-12-L-T-100-LA is a type of rectangular connector used for headers and male pins. It is an electrical component that provides a secure link between two or more cable transmissions, and allows them to connect together without obstructing the flow of electricity. It is commonly used in the construction of communications networks and industrial control systems.

The HMTSW-221-12-L-T-100-LA\'s pin configuration consists of twelve 2.38 millimeter (0.094 inch) pins arranged in two rows of six. Each row of pins is spaced two millimeters (0.0787 inch) apart, allowing for easy board-to-board simultaneous connection, and secure mating of the two connectors. The connector also features a low-profile design that allows it to fit inside the tightest of spaces with minimal interference.

Thanks to its design, the HMTSW-221-12-L-T-100-LA can be used in applications that require secure and reliable connections in cramped spaces. Some of the most common applications for this product include: control cabinets, computers, medical devices, robotic systems, automotive electronics, and aviation systems. Additionally, it is often used with ribbon cables and PCBs as part of a larger telecommunications infrastructure.

The HMTSW-221-12-L-T-100-LA also has a reliable and robust working principle. The connector features a special design that prevents accidental mating or accidental unmating of the contacts and provides necessary retention force. It also has a positive lock mechanism that locks the connector securely together, ensuring a reliable connection that can withstand the rigors of frequent use. Furthermore, its low profile design minimizes interference and allows for easier wiring due to its small size.

All in all, the HMTSW-221-12-L-T-100-LA is an incredibly reliable rectangular connector that is widely used in a variety of applications. Thanks to its robust design and reliable working principle, it can be used in the most demanding of environments to deliver secure and reliable connectivity. Plus, its low-profile design makes it an ideal choice for applications where space is a primary consideration.

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