TFML-115-02-SM-D

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The Amphenol TFML-115-02-SM-D is a type of rectangular connector, specifically a header with male pins. Such connectors are used mainly in the electronic and communication industries to interconnect printed circuit boards.

Connectors of this type are popular as reliable, solid & durable, light & compact and highly efficient connections with a good signal interference performance. They are used in a wide variety of applications including computer equipment, radio and television, telecommunications, industrial automation, medical instrumentation and many other electrical and electronic systems.

The TFML-115-02-SM-D is a two row connector with twelve pin locations accurately aligned in a single row. It is a low-profile connector with a height of only 8.45 mm, allowing for easy use of connectors with higher panel density. The double jacks on both sides of the vertical pins are convenient for use with printed circuit boards which can meet different wiring needs.

The pin headers are made from nickel-plated brass and have a current rating of 2A. With a temperature range of -25 up to +85ºC the TFML-115-02-SM-D is suitable for a wide range of applications. This robust construction also ensures good vibration and mechanical shock resistance. Furthermore, the gold-plated contacts ensure superior electrical conductivity.

The working principle of this type of connector is simple. The contacts simply press against the connected terminal making a reliable electrical connection. This connection may be established with a click and then the connection is secure and lasting. Each pin is also designed with a latch which keeps the connection secure and a release button on the side to unlock the latch and make the connection.

The TFML-115-02-SM-D is a widely used rectangular connector type which is perfect for applications such as automotive control, medical devices, communications equipment, and industrial applications. Its high-performance, highly efficient connections and superior electrical conductivity make it an ideal choice for these applications.

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