TFM-140-01-H-D-DS

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TFM-140-01-H-D-DS is part of a line of rectangular connectors - headers, male pins, modules and receptacles from Molex. The connectors provide secure connections in a wide variety of applications, including telecommunications systems, industrial control, automotive and audio/video. It offers performance enhancements, product feature improvements and high-temperature reliability.

The TFM-140-01-H-D-DS features excellent signal integrity, high temperature resistance, low cost and easy to use design. It also has an improved design that reduces crosstalk and provides better performance and reliability than conventional models. The unique design of this connector includes an integrated guide feature that provides a secure means of attachment to the device. The connecter operates at temperatures ranging from -30 degrees Celsius to +105 degrees Celsius.

The connector is made from high temperature resistant plastics and is insulated with a polarization key slot for reliable connections. Its gold plated contacts ensure superior electrical performance. The connector is available in three sizes (2.54mm, 3.96mm and 7.62mm) to suit different applications. The 2.54mm connector is designed for data and signal applications, while the 3.96mm and 7.62mm connectors are designed for power connections.

The TFM-140-01-H-D-DS is a two part design featuring a mating interface to ensure a secure connection. The connector is mounted onto a board using soldering techniques. When mated, the connector provides a reliable interface between the board and the cabling that is connected to it. The design of the connector ensures it remains secure and less likely to vibrate and break off, which could result in poor connectivity.

The TFM-140-01-H-D-DS is easy to use in many applications such as telecommunications systems, industrial control, automotive and audio/video. Its high temperature resistance, low cost and reliable performance make it suitable for a wide range of applications. The connector is superior to traditional models in its ability to reduce crosstalk and thus increase signal integrity. Its easy to use design and high temperature resistance makes it ideal for many applications.

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