10-005.5-152FB

Flat Flex (FFC/FPC) and Ribbon/Jumper cables are both types of interconnect cables used to connect two pieces of equipment in electronic systems. FFC/FPC cables have a flat, thin cable construction, while ribbon/jumper have a thicker round cable construction. The 10-005.5-152FB cable is a Flat Flex cable specifically designed for use in highly demanding interconnect applications.

The 10-005.5-152FB cable is designed for use in a variety of applications including, but not limited to, automotive, consumer electronics, industrial automation, medical, and communications. In these applications, the cable is used to provide reliable, high-speed interconnections between components, modules, and boards. The cable provides flexible connections to the desired points in the electronic system, and ensures the system is properly shielded from interference.

The 10-005.5-152FB cable consists of two insulated conductors sandwiched between two layers of flexible film, with the outer layer of film having an adhesive liner for easy installation. The insulation on the conductors is made from highly reliable polyimide film which gives the cable superior abrasion resistance and flexibility. The conductors are made from stranded silver-plated copper which provides excellent performance in terms of protection from electrostatic discharge. The overall construction of the 10-005.5-152FB cable also ensures that it is extremely resistant to environmental extremes such as temperature and humidity.

The working principle of the 10-005.5-152FB cable is straightforward. The cable has two conductors that are connected to the respective terminals of the components, modules, and boards that are to be connected. The current travels along the cables from the one end to the other, thereby providing a high-speed interconnect solution. Additionally, the shielding in the cable protects the interconnects from external interference.

In summary, the 10-005.5-152FB Flat Flex cable is designed for use in highly demanding interconnect applications such as automotive, consumer electronics, industrial automation, medical, and communications. The cable consists of two insulated conductors sandwiched between two layers of flexible film, and is highly reliable and resilient to environmental extremes. The cable provides high-speed interconnects and protects the interconnects from external interference, making it a reliable and cost-effective option for demanding applications.