15-38-8178

The flat flexible cable connector, commonly known as FFC or FPC, is a type of electrical connector used to connect two insulated conducting wires or paths. FFC connecters are typically used in electronic equipment as the electrical interface between a printed circuit board and its associated components. FFC connecters are relatively small and designed to fit into tight spaces in electronic components and printed circuit boards.

The FFC connector is composed of two separately insulated conductive paths that are joined together with some permanent force connectors. The purpose of this arrangement is to create a uniform, reliable and robust electrical connection between two printed circuit boards or between components on the same board. These connectors are often used on mobile devices as the interface between various circuits, such as display, audio, communication and power management.

Each of the FFC’s conductive paths is composed of two alternating layers of metal and insulation, which are laid out in an alternating pattern. The alternating layers provide an effective signal path that can be configured into a variety of shapes, while still maintaining reliable electrical characteristics. Additionally, the alternating metal and insulation layers prevent short-circuits, reduce losses in signal transmission, and improve the transmission speed of signals.

A variety of different contact types are used in FFC connectors, including surface-mount pins, pins that fit into male connectors on a board, and special contact types designed to fit into specific connectors. To ensure a reliable connection between two boards, the contact must be designed to fit into the board with a minimum of pressure. For this reason, a variety of different contact sizes are available to suit different types of boards and connectors.

The working principle of the FFC connector is similar to that of other electrical connectors, in that it forms an electrical connection between two conductors. However, the FFC connector offers a number of advantages over other connectors, including improved signal transmission speeds, fewer loss of signal transmission, and improved signal-to-noise ratios. Due to the small size and flexibility of FFC connectors, they are particularly suited for use in highly confined areas, such as those found in mobile phones and other portable electronics.

The use of FFC connectors in applications ranging from consumer electronics to aerospace and defense has grown exponentially over the past decade. This is due to the advantages of FFC connectors, which offer improved signal-to-noise ratios, better signal transmission speeds, and an improved fit into tight spaces. Additionally, the small form factor and flexibility of FFC connectors make them ideal for use in areas where other connectors would be too large or difficult to fit. With the increased use of FFC connectors in a wide variety of applications, the demand for these products is expected to grow.

In conclusion, the 15-38-8178 application field and working principle of FFC/FPC connectors is that they are a type of electrical connector designed to improve the signal transmission speed and reliability of electrical connections between two conductive paths. FFC connectors are available in a wide range of contact sizes and types, making them suitable for a variety of applications. The use of FFC connectors has grown exponentially over the past decade, due to the increased signal-to-noise ratios, improved signal transmission speeds, and improved fit into tight spaces that they offer.