0982680169

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Flat Flex

• 0982680169 Application Field and Working Principle
  • Applications

  Flat Flex cables are used to bridge electronic components that are differ in size or shape and need to be connected securely in order to function. This cable can bind electronic components in two directions, either up and down or side to side. Flat Flex cables are most often used in medical, aerospace and defense applications to link subsystems together. Because of their flexible nature, Flat Flex can also be used for interfacing purposes between devices, such as switches, knobs, and even circuits.

  • Working Principle

  The physical structure of a Flat Flex cable consists of a range of wires that are arranged and joined together in order to provide flexibility in both horizontal and vertical directions. The wires within the cable are usually soldered to each other and provide electrical continuity across the entire length of the cable. The ends of the cable are equipped with metal parts which help in connecting the cable to the component or device during the installation process. Flat Flex can overcome environmental issues such as vibration and thermal cycling by holding the insulation at the wire joint and maintaining the physical integrity of the connections.

Ribbon Jumper Cables

• 0982680169 Application Field and Working Principle
  • Applications

  Ribbon Jumper cables are designed to efficiently handle high current applications in tight spaces. They are ideal for simple, via-in-hole and flip-chip connections in aerospace, automotive, and medical fields. Ribbon jumper cables provide an inexpensive and reliable solution for a wide range of connection needs. As the demand for reliable, high-quality cable assemblies increases, they are becoming more popular in the electronics industry.

  • Working Principle

  A Ribbon Jumper cable typically consists of a conductor ribbon that is terminated at each end with a contact structure, such as a pin or socket. The ribbon is punched into a male and female end, which results in a connection that allows electrical current to flow from one end to the other. To ensure optimal performance, the contact structure must be secured to the ribbon in order to minimize the risk of poor contact integrity due to vibration and other environmental factors. The conductor ribbon is usually made of copper, silver, or aluminum and is available in a variety of thicknesses to accommodate the application.

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