0152680943

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• Flat Flex

  0152680943 application field and working principle

  Flat Flex cables (FFCs) are flat, flexible and discrete cables that allow for the conduction of electric current between two points in an electrical system. Typically, FFCs are used in situations wherein wire bundles are not suitable. The cables are available in various lengths and configurations for various applications.

  FFCs feature a multitude of contacts in form of copper tabs, which are connected along the opposing edges of the flat ribbon cable. The contacts can then be either soldered or crimped on, depending on the application. Furthermore, FFCs are available in various types and shapes, which helps in fitting them in tightly packed areas.

  FFCs are used in consumer electronics, such as digital cameras, laptops, mobile phones, home appliances, gaming devices and medical devices. Moreover, these cables are also used in industrial machinery, automotive systems, and military equipment. In the past, FFCs were often used as a substitute for wire bundles in semiconductor technology, where miniaturization is paramount.

  The working principle of a flat flex cable is quite simple. The two opposing edges of the flat ribbon cable have copper conductors that, when connected, allow two points to be bridged. The cable is then connected to the segment of the circuit that needs to be bridged, and the two points are triggered to either start or end their electrical connections.

• Ribbon Jumper Cables

  0152680943 application field and working principle

  Ribbon Jumper Cables are a type of cables that feature multiple strands of conductors separately insulated from each other. The cables are designed to facilitate a fast connection between two points, which can be within a circuit board, between two boards, or even between two pins on a microcontroller/processor. For example, when using ribbon jumper cables, one can create a connection between a board and its peripherals, like a display, a motor, or a GPS unit.

  Ribbon jumper cables are usually used in consumer electronics, particularly in the computers and telecommunications industries, as well as in automotive and aerospace applications. Besides the aforementioned applications, ribbon jumper cables are also popular in the fields of industrial automation and robotics.

  The principle of operation of a ribbon jumper cable is quite simple. The strands are separated by a thin layer of insulating material. The current passes through the strands in a series, as the pieces of insulation provide a barrier between the adjacent strands. This results in a fast and efficient connection, which can be used for a variety of applications.

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