LTMM-125-02-F-D-36

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The LTMM-125-02-F-D-36 is a component belonging to the rectangular connectors – headers and male pins family. It is a type of connector commonly used in electronic equipment, specially designed for miniature-sized high-density printed circuit board applications.

The LTMM-125-02-F-D-36 is most suitable for, but not limited to, applications for more vulnerable circuits due to its resistance from common environmental conditions, including dust, moisture, and extreme temperatures. This connector has an excellent vibration resistance as well, reducing the risk of damage when exposed to extreme vibrations.

The LTMM-125-02-F-D-36 consists of two parts: the header and the male pins. The header is a rectangular piece of plastic or metal housing with holes for the male pins to be inserted into. The male pins are the electrical contacts that make contact between the header and the other device or board.

The LTMM-125-02-F-D-36 has a contact arrangement of 2 pins, the insulator material used is UL94V-0, and the terminal finish is made of tin. It can handle a maximum current of 0.3 amps and can support a maximum voltage of 50V, making it an excellent choice for low voltage and low current applications.

The working principle of the LTMM-125-02-F-D-36 is quite simple. When the connector is engaged, the male pins make contact with the header and an electrical connection is made. This connection allows electrical current to flow from one device or circuit board to the other.

Some advantages of the LTMM-125-02-F-D-36 are that it has a low profile design which makes it easier to install in tighter spaces, is easily soldered and features insulation barriers to prevent interference between different circuits. The header also features anti-slip ladders which prevent it from sliding out during operation or assembly.

The LTMM-125-02-F-D-36 is an excellent choice for electrical applications that require a reliable and durable connector. It is suitable for high density printed circuit boards and applications that are exposed to environmental stresses like vibration and extreme temperatures. Moreover, it has a low power handling capacity which makes it ideal for low-voltage and low-current applications.

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