687730200002

A flat flex (FF) cable, ribbon jumper cable, or flatform cable is a type of electrical cable featuring multiple cables running parallel in strands or ribbons, with insulation separating them. Generally, the FF cable is used to interconnect adjacent printed circuit boards (PCB) or assemblies. This type of cable is extremely flexible and is more resistant than round cables, due to the air gap increasing the advantages.

687730200002 application field and working principle

687730200002 application field and working principle of flat flex cable is often employed in cable assembly and wiring harness products. It\'s also widely used in the automation industry as an alternative to traditional ribbon cable designs. The flat flex cable is a two-conductor (SATA) or multi-conductor (multi-strand) cable with an outer cover. The design of the flat flex cable allows for the cables to be inserted with minimal effort. It also makes it easier to install in cramped or tight spaces. This type of cable is often used with automated control systems, such as PC and robotic systems, where precise positioning and controlled cable movements are important.

The working principle of flat flex cables is relatively straightforward. The insulation material is a very thin layer that lines the inside of the cable, typically made up of polyester or woven fabric. The conductor elements are usually made from copper, but other materials such as steel, aluminum, and even nickel-plated copper can be used. The conductor elements are spaced evenly apart with a distance of 0.1 to 0.2 millimeters. To provide additional flexibility, the conductors are generally twisted together, allowing for easier handling and installation.

Flat flex cables are generally used for short-range connections or in applications requiring high packing density. The cables can also be custom designed to meet specific application requirements and allow for faster installation times and less cable clutter.

Flat flex cables offer a number of advantages over traditional cable designs, including flexibility and durability. They are also more resistant to electrical interference and offer improved electrical characteristics for signal transmission. Additionally, flat flex cables are easier to install than traditional cables due to their flexibility and can be reused or repurposed when necessary.

In conclusion, flat flex cables provide a number of advantages over traditional round cables, making them an ideal choice for applications requiring tight packing density and short-range connections. They offer improved electrical characteristics, resistance to electrical interference, and improved installation times. Additionally, they are easily reused and repurposed when needed, making them a great choice for automated control systems, PC and robotic systems, and other applications where precise positioning and controlled cable movements are important.