0152680913

Flat Flex, Ribbon Jumper Cables

012-680-913 is a type of flat flex, ribbon jumper cables manufactured by SMKIDE based in Massachusetts. This type of flexible, thin, light, and high-precision cable is most useful in applications where small diameters and thinness must be achieved, or when space is limited. These jumpers are widely used in today\'s electrical applications such as home theatre systems, telecommunication boxes, automotive electrical systems, computers & networks, satellite services, and many more.

Application Fields

The 0-12-680-913 is a small diameter jumper which allows high-speed data transmission. It is ideal for applications which require high-speed, high temperature, and high frequency signalling. Its flat flexible construction allows it to be used for complex routing in tight spaces which can be further routed through small openings or holes. It is suitable for use in a variety of heat-restricted environments, including high heat pumps, shortwave heating systems, industrial process equipment, and solar installations. This cable is also resistant to fire and high temperatures, making it an ideal choice for harsh environments, such as chemical and petrochemical rigs.

The flat flex, ribbon jumper cable is also used in circuit boards where space is a restriction. Its flat, formable construction allows it to fit on the surface of the circuit board, and helps to reduce the size of the board itself. By routing the jumper cables in the vertical panel, rather than in the horizontal plane, this will allow for additional trace routes and further reduce the overall thickness of the board. This jumper is also suitable for power grid or signal transmission applications where a high-speed, bi-directional transmission of data is required.

Working Principle

This flat flex, ribbon jumper cable utilizes a unique internal construction. The internal components are tin-plated copper conductors which are insulated using a polyester-based insulation material that prevents any damage to the wires from dirt, grease, or other foreign materials. The cables are then sealed with an epoxy which helps to ensure that the conductor does not become loose or bumpy over time. The other element of construction which gives this cable its flexibility is the cable jacket material, which is made out of a polyethylene-based material.

The 0-12-680-913 can be used for a wide variety of applications as well as providing high speed and a wide temperature range. It is strong and durable enough to withstand high temperatures, can be formed in tight spaces, and is highly resistant to fire. The cable is also suitable for a wide variety of applications including high frequency transmissions, heated pumps, shortwave heating systems, and more.