FJ-20-R-2.000-2

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Flat Flex Ribbon Jumper Cables provide an efficient, cost effective way to transfer power and signals through environments where space or geometry restrictions must be considered. FJ-20-R-2.000-2 is a variation of this design that is widely used in many industries and applications. This article will explore FJ-20-R-2.000-2 cables, their application fields and working principle.

Application Field

FJ-20-R-2.000-2 jumper cables can be found in a variety of application fields, including but not limited to automotive, aeronautical, marine, industrial and consumer electronics. Their ability to flexibly adapt to tight spaces and odd geometries makes them ideal for devices that need to be widely distributed and powered within a confined space.

FJ-20-R-2.000-2 cables are a popular choice in automotive applications, due to their ability to easily fit into limited areas that are present in many cars. These cables can also be found in aircraft, boats, and other motorized vehicles, where they are used to transfer signals and power, efficiently and reliably.

These cables can also be found in industrial and consumer electronic applications. Some examples include automated robotic arms, motion control systems, LED displays, cameras, and other devices that require precise, reliable power and signal transfers. FJ-20-R-2.000-2 cables are also well-suited for applications with limited space, such as medical devices, diagnostic instruments, passive components, and even assembly and testing equipment.

Working Principle

FJ-20-R-2.000-2 cables utilize flat flex ribbon technology, which allows for flexible, high-density interconnections in tight spaces. This is accomplished by using a series of small, metal-backed flexible flat stripes, which are strung together and connected to a solid-pin connector on one end. On the other end, flexible flat stripes are connected to a spring-loaded connector.

FJ-20-R-2.000-2 cables follow the same principles as all flat flex ribbon cables. The flexible flat strips are designed to provide a reliable contact between moving parts, without any twisting or bending. All the flexible flat stripes are of uniform size, ensuring a constant cross-section throughout the entire cable. This uniformity provides a consistent current and signal transfer, assuring reliable operation.

The spring-loaded connector on one end of the FJ-20-R-2.000-2 cable is designed to allow for a secure attachment to other mating components. The connector is also modular, meaning that it can be easily connected to any mating device, such as a PCB or wire. The spring-loading also ensures a consistent connection, regardless of the arrangement of the wires.

The solid-pin connector on the other end of the cable is designed for secure and reliable connection to another device. It can be used to connect to a variety of different devices, including resistors, capacitors, switches, and transistors. The solid-pin connector also features a small clamp, which is designed to firmly hold onto the connector, ensuring a tight connection.

Overall, FJ-20-R-2.000-2 flat flex ribbon jumper cables provide a reliable, cost effective solution for transferring power and signals in limited spaces. This design is widely used in many industries and applications, providing a secure and reliable connection over prolonged periods of time.

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