0151660451 Datasheet/PDF0151660451 application field and working principle
Flat Flexible cables, also known as ribbon cables, are a type of specialized electrical wiring used for connecting the components of a machine or other electrical device. They consist of several parallel strands of flexible wire, usually held together by a colored Mylar sleeve. The most common application of Flat Flexible cables is in printed circuit boards, where they provide the necessary connection between components. Flat Flexible cables are also commonly used in the connection of motors, pumps, and other electrical devices.
Flat Flexible cables are made up of individual strands of metal or plastic insulated wires that are compressed together into a compact, ribbon-like shape. This allows the wire strands to fit in tight spaces and be easily routed through tight corners. The flatness of the assembly also allows them to be easily woven between components on a printed circuit board or other surface-mount assembly.
Flat Flexible cables are also used in a wide range of other applications, including medical equipment, industrial automation, audio/video, and gaming applications. They are also commonly found in many consumer electronic devices, such as laptops, digital cameras, and cell phones. In addition to their use in printed circuit boards, Flat Flexible cables are also commonly used in hand-held devices, such as digital thermometers, barcode readers, and digital voice recorders.
Flat Flexible cables are usually made from stranded copper or other metals, although some are made from plastic. Depending on the construction method used, the wires may also feature a fluoropolymer, such as Teflon or Kynar, insulation, which provides additional protection against moisture, corrosion, and chemicals. The twisting of the wires also serves to reduce radio frequency interference.
Flat Flexible cables are typically available with a variety of conductor size and industry standard color coding to identify their function. When selecting Flat Flexible cables, it is important to consider the application, the environment, and the amount of space available. The basic application requirements for Flat Flexible cables include insulation, flexibility, and electrical performance, such as resistance and voltage rating.
Flat Flexible cables are generally easy and inexpensive to install. The shape of the cable helps minimize its susceptibility to interference from other cables and is less likely to snag as compared to traditional round cable. Flat Flexible cables are generally lightweight and can be ordered in a variety of lengths. The cables are also available with a variety of terminations, including quick disconnects, crimp contacts, terminal blocks, and solder-on types.
Flat Flexible cables can be used in a range of applications, from the most basic, such as connecting motors and pumps, to more complex applications, such as controlling motion or controlling AC/DC signals. The flat shape of the cables also helps reduce the risk of personal injury from accidental contact with exposed metal conductors. The use of flat stranded wires, as opposed to round stranded wire, can also reduce the amount of noise generated by the equipment.