FTMH-116-03-L-DV-ES-A-P

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There are various types of connectors available on the market, ranging from simple wires to high-performance, complex shapes and specifications. The FTMH-116-03-L-DV-ES-A-P, or simply ‘FTMH’, is one such connector that belongs to the category of Rectangular Connectors – Headers, Male Pins. This article aims to discuss the application field and working principle of this connector.

FTMH is a high-density, lockable, ruggedized, multifunctional electrical connector. It is a board-to-board, low-insertion-force, completely integrated system that offers superior versatility and flexibility in a variety of applications.The header and receptacle terminals of this connector are mated together to establish a dependable electrical contact and secure connection. It also offers a redundancy option that allows complete board-level customization for a variety of board-level configurations.

FTMH connectors have a broad range of application fields, such as measuring instruments, industrial control systems, Aerospace programs, medical instruments and test equipment. The FTMH can be used in a wide variety of electrical and electronic applications where reliability and stability of power connection are required. For example, in automotive applications, the connector has been proven to withstand extreme environments and vibration while providing a reliable electrical connection. In addition, it is also popular in data center and infrastructure applications, telecommunications, consumer electronics and more.

The FTMH is straightforward to use and maintain, and features many advantages. It is compatible with low-profile boards and offers high-density, making it ideal for various applications. The connector comes with the patented Positive Locking System, which locks the pins and insures consistency and repeatability. This allows for a highly repeatable connection every time, which is important in many industrial applications.

In order to understand how the FTMH works, it is important to understand its internal structure and design. It has two main sections: the housing and the pins. The housing is the main body of the connector and consists of two pieces – the header and the receptacle. The pins are inserted into the header and then held in place by the locking system. The header has slots designed to accept the pins.

The working principle of the FTMH is relatively simple. When the header and receptacle mate, the pins are held securely in place by the positive locking mechanism. This ensures a solid connection and it also guarantees that the contact from each pin is firmly secured. As the connector is mated, the locking system ensures that the pins stay rigid and the connection is reliable and stable. This is a major advantage compared to other connectors, where pins may move and loosen over time and lose stability.

In conclusion, the FTMH is a highly versatile connector that has a number of advantages, including high-density, low-insertion-force, and the ability to handle extreme environments and vibration. It is suitable for a wide variety of applications, like industrial control systems, Aerospace programs, medical instruments, and test equipment. It features the patented Positive Locking System which locks the pins and insures consistency and repeatability. The overall design and working principle of the FTMH are straightforward, providing excellent performance and reliability.

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