FJH-40-D-70.00-4

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Flat Flex, Ribbon Jumper Cables

FJH-40-D-70.00-4 cables are a type of flat flex, ribbon jumper cables that are commonly used for applications such as VGA video how to economically use electricity transfer, memory-bus applications, low-cost transmissions and the like. The unique feature of the FJH-40-D-70.00-4 cable is its three-conductor design that allows for the efficient and reliable transfer of data. This design combines two ground conductors with one signal conductor to reduce the number of contacts compared to conventional ribbon-style cables.

The FJH-40-D-70.00-4 cables use a combination of copper and polyester layers within the cable construction to improve flexibility and reduce noise. The copper layer provides excellent electrical conductivity, while the polyester layer greatly reduces the risk of interference. Additionally, these cables are shielded to protect against electromagnetic interference (EMI).

The unique construction of the FJH-40-D-70.00-4 cables also allows it to be bent and formed without affecting the electrical characteristics. This allows engineers to customize the shape and size of the cable based on the application requirements which helps to ensure the highest level of signal integrity. The cables can even be cut to length on the job site to provide a custom solution to any application.

The FJH-40-D-70.00-4 can handle a maximum operating voltage of up to 50V, and the conductor resistance is under 10Ω. This makes it ideal for low-frequency applications and for applications that need to run in harsh environments. The cables are also very reliable and can withstand up to 500 mating cycles.

Flat flex, ribbon jumper cables like the FJH-40-D-70.00-4 are often used in a wide range of applications such as medical electronics, point-of-sale terminals, test and measurement systems, office equipment, and consumer electronics. Its low-profile design allows for easy routing in tight spaces, and its high signal integrity and flexibility make it an ideal choice for a wide range of applications.

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