17FMN-BMT-A-TF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FFC, FPC (Flat Flexible) Connectors are widely used in different engineering fields to connect larger components that require greater flexibility and strength than traditional cabling. The 17FMN-BMT-A-TF application is an example of such a connector, capable of connecting an FFC cable to a board with ease and reliability. This article provides an overview of the technology and design for this specific connector, as well as its working principle.

History and Background

FFC and FPC connectors have been around for decades, first used as an alternative to legacy connectors back in the 1960s. These types of connectors have evolved since then and are now commonplace in engineering and computer-related applications. The 17FMN-BMT-A-TF application is one of the more recent developments, designed to be used with FFC cables to create stable and flexible electrical connections.

Design and Technology

The 17FMN-BMT application consists of two separate components; a nylon locking mechanism, and a metal housing for the cable. The nylon locking mechanism allows the user to quickly and securely attach the connector to a board, while the metal housing provides a layer of protection for the cable. Together, these two components offer a robust connection that is reliable and static resistant.

In terms of design, the 17FMN-BMT-A-TF application uses a two-piece design that enables the user to easily attach and remove the connector from the board. The first piece is the locking mechanism, which clicks into place and is secured with a small screw. The second piece is the metal housing, which slides onto the cable and provides a secure fit. This two-piece design ensures that the connector is securely fastened and is not likely to break or detach.

Working Principle

Once the two pieces of the connection have been attached to the board, they create an electrical connection via contact between the components. This contact is made by a set of small metal pins that are attached to the nylon locking mechanism. These pins make contact with the matching contoured pins on the board, which then transfer the electrical signals to and from the board.

In addition to the electrical connection, the 17FMN-BMT-A-TF application uses a series of locking mechanisms to keep the connector securely attached to the board. These locks can be locked to prevent accidental disconnection, or unlocked to allow for easy removal. This makes the connection secure and reliable, ensuring that the signals are reliably transmitted between the components.

Conclusion

The 17FMN-BMT-A-TF application is a reliable and efficient way to connect FFC cables to a board. Its two-piece design and locking mechanisms ensure that it remains securely attached, while the metal housing and contact pins provide an electrically sound connection. This combination of features makes it an ideal choice for use in many engineering applications.

The specific data is subject to PDF, and the above content is for reference