0152670362

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Flat Flex Cables

Flat flex cables are widely used in industrial and consumer applications due to their flexibility, small form factor, and low cost. The cables consist of a series of electrical contacts arranged in a flexible printed conductor. The flexible conductor is a thin sheet of an inexpensive, non-conductive material such as plastic, between two layers of conductor foil. Between the two layers of conductor foil are multiple coils of the conductor material which provide a consistent electrical connection when the cable is flexed.

Ribbon Jumper Cables

Ribbon Jumper Cables are a type of cable constructed out of multiple conductive wires arranged in a flat, flatzoid, or anvil shape. Their shape allows for flexibility and they are typically used as a low-cost but reliable method of attaching electrical components to one another. The wires are insulated with a durable, lightweight material such as polyvinylchloride (PVC). Ribbon Jumper Cables come in a variety of sizes and may contain anywhere from 2 to 24 conductive wires.

0152670362 application field and working principle

Both flat flex cables and ribbon jumper cables have a range of applications in both industrial and consumer applications. Flat flex cables are used in the creation of compact Consumer Electronic (CE) products such as cell phones, tablets, and Bluetooth headsets. This is because of their high flexibility and small form factor. Ribbon jumper cables are commonly used in the automotive, medical, and military industries as they offer reliable electrical connections.

The working principle of each cable is quite simple. Flat flex cables use a series of electrical contacts embedded in the flexible material to transmit the electrical current. When the cable is flexed, the electrical contacts maintain a consistent electrical connection even if the physical position of the contacts changes. Ribbon jumper cables use the same principle but with multiple conductive wires arranged in a flat, flatzoid, or anvil shape. The conductive wires are insulated to prevent any electrical leakage. The cables are then attached to their respective components to allow for electrical data transmission.

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