0982660129

Flat flex and ribbon jumper cables offer economical and robust solutions for interconnecting printed circuit boards, and other low voltage applications. The 09 82660129 application field and working principle of the cables are of utmost importance to ensure a reliable and efficient connection that will last the life of the product.

Flat Flex Cables

Flat flex cables are a type of flexible circuit cable that are designed with very thin, flat conductors which are laid out in a desired pattern on top of a thin, flat dielectric sheet or film. They are typically used to bridge the connection between components on printed circuit boards, or Flexible Printed Circuit Boards (FPCBs).

Flat flex cables are typically available in two, three, and four circuits, with the largest cables being approximately five to six inches in length. The conductors of the flat flex cables are usually covered with a thin insulating material such as polyimide, which protects the conductors from contact with each other or with any other material. Additionally, some flat flex cables are available with additional insulation to ensure a longer life span.

The working principle of flat flex cables is simple. When the cable is connected to two or more points on a printed circuit board, the current transferred through the cable is proportional to the voltage across the cable. This principle is known as Ohm’s Law, and it is the basis for all electrical current transfer.

Ribbon Jumper Cables

Ribbon jumper cables are a type of flexible cable that utilizes multiple flexible stranded conductors between two or more connectors. The cables are typically used to provide electrical interconnection between PCB’s, or to connect components to the PCB. Ribbon jumper cables are usually available in two, three, four, or even six conductors. These cables are often covered with an insulator, such as a PVC, to protect the conductors from contact with each other or with any other material.

The working principle of ribbon jumper cables is similar to that of flat flex cables. The current transferred through the cable is proportional to the voltage across the cable. Additionally, when connected to two or more points on a PCB, the current in the cable is reversed at each point and the cable provides a continuous connection between the two points each time the current is reversed.

Conclusion

The 09 82660129 application field and working principle of flat flex and ribbon jumper cables are important in order to ensure reliable and efficient connections that will last the life of the product. Both are economical solutions for interconnecting printed circuit boards, and have similar working principles in that the current transferred through each is proportional to the voltage across each.