FJ-10-D-12.50-4

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Flat Flex Cable, Ribbon Jumper Cables, or more commonly known as FJ-10-D-12.50-4 are specifically designed for electrical connections between discrete points. This semi-rigid flat cable has been designed for applications in tight spaces and for applications where high voltage is in use. It can be bent to a limited extent, or folded accordion-style in order to form an Electromechanical assembly.

The FJ-10-D-12.50-4 cable is made up of a bundle of thin metal wires that are inserted into a rectangular-shaped insulating jacket. The wires themselves are usually made of copper, although other metal alloys are sometimes used for this type of cable. The insulation is made of thermoplastic or elastomeric materials, such as Neoprene, Pebax, MY-TEN, or Ethylene-vinyl Acetete.

An important function of FJ-10-D-12.50-4 is that it acts as a flexible interconnect. In other words, it allows the user to easily rearrange the electrical points of connection among their electrical devices. By arranging the contacts on the FJ-10-D-12.50-4 cable, the user has the ability to quickly alter the interface between two devices. This feature is especially useful when troubleshooting electrical issues as it allows the user to quickly check the connection without having to reconnect wires.

The FJ-10-D-12.50-4 cable also offers the ability to carry higher voltage currents than standard electrical wiring. The typical current rating for this type of cable is 1500 volts. This makes it ideal for higher powered applications, such as electrical motors, metal fabrication machinery, and other power applications. For these applications, the cable is often combined with a wire mesh or shielding material to provide additional protection.

The working principle of the FJ-10-D-12.50-4 cable depends on the combination of two factors: thermal expansion and conductivity. Thermal expansion of the wires inside the cable enables them to expand or contract to match the contacts within the device. Additionally, conductivity of the material ensures that the electrical signals are transmitted accurately and efficiently. Consequently, this type of cable is ideal for a variety of different application fields.

The FJ-10-D-12.50-4 cable is commonly used in a range of application fields, including telecommunications, robotics, industrial automation, medical imaging, and electronic control systems. In the telecommunications field it is used to connect parts of switches and routers and ensure a high-quality connection. In the robotics industry, it is used to link robotic assembly machines with their control systems and enable efficient operation. It is also used in medical imaging equipment to transfer electrical signals to control the motion of a robotic arm.

In terms of industrial automation, the FJ-10-D-12.50-4 cable is used to provide power to a system and to connect a variety of components. This type of cable is also suitable for electronic control systems, as it is capable of carrying both analog and digital signals. As a result, this type of cable is often used in combination with control systems to provide accurate operation and reliable performance.

Overall, the FJ-10-D-12.50-4 cable provides a highly reliable method for transferring electrical signals from point-to-point in a wide variety of applications. Its combination of thermal expansion and conductivity capabilities make it suitable for applications such as telecommunications, robotics, industrial automation, and medical imaging. Additionally, its durable design and current ratings make it the perfect solution for higher power applications, such as electrical motors and metal fabrication machinery.

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