FJ-05-D-02.35-4

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Flat Flex Ribbon Jumper Cables are extremely popular within the industrial automation and robotics fields, which employ this particular type of cable for many applications. FJ-05-D-02.35-4 is a ribbon style of cable used for transmitting power, data, and/or signals from one location to another. The specific application and working principle of FJ-05-D-02.35-4 flat flex cables will be discussed in detail in this article.

FJ-05-D-02.35-4 flat flex cables are commonly used in robotic applications, smart meters, HVAC control systems, and a variety of other professional applications. These flexible cables are typically used in situations where traditional rigid cables are not possible or practical. The cable design features twisted or crossed conductor wires, which reduce the level of resistance and increase current flow. The flat cross-sectional shape greatly reduces the overall volume of the cable, making it an ideal design choice for tight installation spaces. The insulation of these flat flex ribbon cables is made from abrasion-resistant polyurethane or vinyl, and is designed to provide reliable protection even in extreme conditions.

The FJ-05-D-02.35-4 cables employ a high-density ribbon connector, with up to eight signals transmitted through 25 conductor wires. Each conductor is numbered for easy identification. The connector is also cost-effective and reliable, due to its lack of unnecessary components. The five-row design also allows for a maximum signal count of 125 contacts, which is extremely beneficial for situations where multiple connections are required.

The application and working principle of FJ-05-D-02.35-4 flat flex cables is quite simple. The cables are connected between two terminals, usually via simple screw-down connections. The terminals are used to make a connection between the cable and the controlling device, thus enabling an electrical signal to travel through the cable and to the device. The signal is then used to activate or deactivate the device, resulting in an automated response. This is the same principle that is used in all types of industrial automation and robotic devices.

In conclusion, the FJ-05-D-02.35-4 flat flex cable is an ideal choice for many industrial and robotic applications. The flexible cable design enables it to be used in tight installation spaces, while the high-density ribbon connector means that multiple connections are possible. The cable is also easy to install and use, as it only needs to be connected between two terminals. Finally, the working principle of the cable is quite simple, as it only requires an electrical signal to be routed from one location to another, thereby activating or deactivating a device. By understanding the application and working principle of these cables, users can use them effectively in their industrial and robotic applications.

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