FJ-10-D-15.25-4

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Flat Flex, Ribbon Jumper Cables (FJ-10-D-15.25-4) are a versatile and easily applied solution for jumpers and connectors in electronic devices. When used properly, they reduce the risk of short circuits, allow for efficient transfer of power and data, and increase productivity with savings in labor and component costs.

The flat flex cable consists of two flat insulated conductors that are connected together with small gaps between them. FJ-10-D-15.25-4 cables are made of tinned copper clad with polyimide insulation. The copper coated conductors are thermally cut and crimped onto a flat flexible substrate of any desired length. The conductive core is then covered with a fluorinated ethylene-propylene (FEP) insulation that is designed to self-extinguish in the case of a fire. The insulation also provides protection from environmental contaminants and any potential leaks.

FJ-10-D-15.25-4 cables are lightweight, durable, and flexible. They are designed to work with a wide range of temperature ranges and are suitable for multiple types of connectors. The flat flex ribbon jumper cables are easy to install and can be used in a variety of applications. They are commonly used in automotive and aerospace applications where high temperature tolerance, flexibility, and small form factors are critical. They are also popular for power and data transmission in consumer electronics, computer networking, and audio-visual equipment.

The two main applications for FJ-10-D-15.25-4 cables are as jumpers and connectors. As jumpers, the cables are used to bridge two points or to link from one point to many. The cables connect the two points without the need for traditional soldering techniques. As connectors, the cable can be connected to a connector on one end and to two outside points on the other. This is often used when connecting two or more points of a circuit.

FJ-10-D-15.25-4 cables are also used for a variety of other applications. In robotics, they are often used in combination with conductive tapes to create efficient contact points for sensors or other robotic parts. They can also be used for databus cabling within computers or PCBs and as a form of mechanical interconnnect for creating solderless high density wiring assemblies.

The working principle of the FJ-10-D-15.25-4 cables is relatively straightforward. Flat flex cables have their two insulated conductors pressed against each other so that they form a parallel pair. The positive and negative leads of the cables are connected to a connector on one end, and the other end of the cables are connected to the corresponding points of the device. The cables then serve as an intermediary carrier of power or data between the two points.

In summary, flat flex, ribbon jumper cables such as the FJ-10-D-15.25-4 provide a convenient and reliable solution for transmitting power and data. They are lightweight, flexible, and easy to install. With a wide range of temperature applications and connectors, they are versatile enough to be applied in a variety of situations. FJ-10-D-15.25-4 cables work by connecting a positive and negative lead to a connector on one end, and connecting the other end to the corresponding points of the device.

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