15-47-4103

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Flat Flexible Connectors (FFC and FPC) are one of the most commonly used connectors in today\'s technology-driven world. There are a variety of applications where these connectors are used, including memory storage, graphics processing, networking, and many other applications. FFC and FPC connectors are also used in the automotive sector, audio and video systems, industrial control applications, and communication systems.

FFC or Flat Flexible Connectors provide a convenient and reliable connection between two or more electronic components, usually in a way that allows for flexible adjustment of the connection between components. Unlike traditional connectors which are typically stiff and rigid, FFCs feature flexible flat cables that can easily be adjusted to fit the required connections within a given space. FFCs provide many advantages such as low cable-to-connector interference, low power consumption, low cost, and low insertion and retention force.

15-47-4103 application field consists mainly of automotive, industrial control, and communication systems. In the automotive sector, FFCs can be used to connect to and control various automotive components, including dashboard displays, airbags, air conditioning systems, and various other systems. In industrial control, FFCs are used to connect components in a wide range of machinery, such as pumps, scanners, motors, valves, and many more. FFCs are also common in the communication industry, since they provide a reliable connection between communication systems, such as telecommunication base stations, modems, routers, and switches, with smaller components used in the communication systems.

The working principle of FFC and FPC connectors is quite simple. They consist of two or more flat flexible cables which are connected to an electrical connector. Each cable is folded in half, with the two halves then connected with a contact that allows electrical current to flow from one cable to the other. The contact between the two cables is known as the contact finger, which typically consists of gold plated pads. The FFC and FPC connections are generally made with two different connection methods; the straight mounting method and the 90-degree mounting method. In the straight mounting method, the two cables are connected with a straight line contact while in the 90-degree mounting method, the two cables are connected at a 90-degree angle.

The performance of the FFC and FPC connection depends on the contact finger used and the way it is connected to the cables. To ensure reliable connections between the cables and the contact finger, the contact finger must be properly secured and the connection must be current-resistant and low in thermal expansion. Additionally, the connections must be able to withstand varying temperatures, as well as repeated bending cycles.

Overall, FFC and FPC connectors are among the most versatile connection options in today\'s world. They are used in a wide variety of applications and offer a great deal of flexibility in terms of size and connection type. Additionally, their low insertion and retention force, as well as their low cost and low power consumption make them ideal for use in a variety of industries.

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