FTMH-137-03-H-DV-EC

The FTMH-137-03-H-DV-EC is a rectangular connector, specifically a header with male pins. It is commonly used in the aerospace, telecommunications, and consumer electronics industries due its versatility and efficiency in transferring data and power. To understand exactly what this connector is used for and how it works, it\'s important to understand the basics of its application field and working principle.

Application Field

The FTMH-137-03-H-DV-EC is a two-piece plastic connector consisting of a housing and a board-to-wire terminal. It is often used in applications requiring multiple signal connections, as its male pins allow for simple connection to the board without the need for wires. It is a robust and reliable choice for tracking signals over long distances, making it common in telecommunications and aerospace industries.

The FTMH-137-03-H-DV-EC is also suitable for use in consumer electronic devices due to its highly reliable connections. The two-piece design makes it relatively easy to troubleshoot and repair, which makes it an attractive option for consumers, as it has high longevity.

Working Principle

At its core, the FTMH-137-03-H-DV-EC is a plastic connector that is used to transfer signals between a board and cables or wires. It consists of two pieces: the housing, which contains the male pins, and the board-to-wire terminal. The male pins are inserted into the housing and are then connected to the board. The connections are then sealed with the board-to-wire terminal.

Once the pins are securely inserted into the housing, the board-to-wire terminal is applied to seal the connections. This terminal is designed to transfer signals without requiring additional cables since it is fitted with pins that can be directly connected to the board. The terminal is designed to be highly reliable and protect the connections from external interference or potential damage.

The FTMH-137-03-H-DV-EC is designed to be robust and efficient in transferring data and power. Its two-piece design and board-to-wire connection make it suitable for long-distance tracking of signals and high levels of reliability in consumer electronics applications.