SFML-122-T2-S-D-LC-TR

Rectangular connectors are featured in a wide variety of electronic equipment, from hard drives and circuit boards, to telecommunication systems, and even audio-video equipment. They come in an array of sizes and several different types, but one of the most popular is the SFML-122-T2-S-D-LC-TR.

The SFML-122-T2-S-D-LC-TR is a type of header, receptacle, and female socket combination. It is a 2-row connector, with 122 pins in total. It has a low profile design, meaning that it is particularly suitable for space-constrained applications. It features a thermoplastic insulation process that ensures superior heat resistance, and a durable and robust shell for superior mechanical reliability.

The SFML-122-T2-S-D-LC-TR has a variety of uses in the fields of medical technology, robotics, and industrial automation. It is a vital component for projects that require reliable and efficient miniature data transmission. These connectors are particularly useful to Ethernet and USB communications, as well as for transferring high-speed signals such as LVDS.

The working principle of SFML-122-T2-S-D-LC-TR is quite simple. Once the connector is secured in place, an electrical connection is established between the male connector and the female connector. The connection is maintained by the contact points, which make stable and reliable electrical connections.

The SFML-122-T2-S-D-LC-TR provides superior electrical performance and data transmission rates of up to 90 Mbps. It also has excellent resistance to shock and vibration, and can withstand up to 180 N of force when mated. It also provides superior performance when it comes to contact resistance, with a maximum of 15 mΩ.

In conclusion, the SFML-122-T2-S-D-LC-TR is a high quality and robust rectangular connector. It can be used in a variety of applications, including medical devices, robotics, and industrial automation, and is capable of providing reliable data transmission at high speed. Furthermore, it has excellent electrical performance, shock and vibration resistance, and contact resistance.