FJ-20-R-11.80-4

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Flat Flex, Ribbon Jumpers Cables, such as the FJ-20-R-11.80-4, are connections of various electronic components that have been flattened and fused. They come in a wide range of sizes and shapes to fit whatever application you need. They are used in the following applications:

Computer Motherboard Layout

Flat Flex Ribbon Jumpers are used to layout the computer motherboard. This enables a compact layout for the computer\'s components and hardware. They are often used in the form of flexible flat cables (FFC) such as the FJ-20-R-11.80-4. By connecting the pins in the right manner, FFCs can create an intricate electronic connection which can link and control multiple components.

Robots and Automated Machinery

FFCs are used to connect components in a robot or automated machine. These connections are flexible and can move in various directions, allowing for greater flexibility and movement in the machine. They can also be used to connect different components in different directions without having to link the entire system. This makes it easier to operate the machine and can reduce the amount of time needed for setup and programming.

Medical Equipment and Surgical Robotics

FFCs are also used in medical equipment and surgical robotics. They provide a flexible connection that can quickly be adjusted to operate different machines and devices. This allows for precision control of medical equipment and can help reduce patient-side errors.

Avionics and Aerospace

FFCs are used in avionics and aerospace to connect different components within a device. They provide flexibility and allow different components to move without disrupting the connection. This flexibility is important in creating a robust connection between components. FFCs are also often used in the form of a sealed, crimped connection, which further increases their durability and robustness.

Working Principle

The working principle of FFCs is relatively simple. Two pieces of stranded copper are connected together using crimping tools. The strands of copper are then twisted together to form a single conductor. This conductor is then soldered to the contact points of different components. This creates a flexible connection which can change as needed to accommodate different components or projects.

Conclusion

Flat Flex Ribbon Jumpers such as the FJ-20-R-11.80-4 are invaluable in a wide range of applications. They provide flexibility and robustness, while still creating intricate and efficient electronic connections. They can be used for computer motherboards, robots and automated machinery, medical equipment, and avionics and aerospace. The working principle is relatively simple and the connections can be adjusted as needed. With such a broad range of uses, FFCs can be invaluable in almost any field.

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