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Flat flex and ribbon jumper cables are widely used in various applications. The type of application and working principle of flat flex and ribbon jumper cables will be discussed here.

Flat flex cable type is typically used when applications require high density of components, flexibility, or close interconnection. It can be classified further into different types, such as round-edged flat flex, right-angled flat flex, flexible cable assemblies, flat flex ribbon cables, and so on. Working principle of flat flex is based on the efficient transmission of electrical currents through insulated material with thin, flat and flexible cables. The flat cables are assembled in layers with different flexible materials to form the cable.

Ribbon jumper cables, on the other hand, are usually used for connecting components within a board. They provide a more efficient electrical contact with the components and a more secure connection. This type of cable can be used in applications that involve multiple conductor connections due to its high packing density and flexibility. Ribbon jumper cable works on the principle of bundle stranding, where multiple wires are stranded together for improved electrical connectivity between the wires. The transmitter and the receiving ends are connected with the help of a wire bundle, which reduces the chances of electrical leakage and makes the connection more reliable.

Flat flex and ribbon jumper cables have various applications in the electronics industry. Flat flex cables are widely used in consumer electronics, medical equipment, automotive electronics, industrial automation, telecommunications, and other related areas. Ribbon jumper cables are used for connecting components on a PCB board, in wireless communication systems, or in the manufacturing industry. They are also used in the aerospace industry for providing electrostatic protection.

In conclusion, flat flex and ribbon jumper cables serve different purposes, but generally make possible the efficient transmission of electrical currents while providing reliable connectivity and protection. They have become indispensable in many industries, in applications ranging from consumer electronics, medical equipment, automotive electronics, industrial automation, and telecommunications to aerospace.