FJH-50-R-39.37-4

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Flat Flex Ribbon Jumper Cables (FJH-50-R-39.37-4)

Flat Flex Ribbon Jumper Cables are an important component in the electronic and electrical industry. They provide a low-profile cable interconnect system that has important advantages over traditional types of jumper wires, such as flat ribbon cables. FJH-50-R-39.37-4 is a flat flex ribbon jumper cable that offers exceptional performance and durability.

The FJH-50-R-39.37-4 is built using high-grade flat flex ribbon cable constructed with an embedded wire core. This core keeps the wire in place, even under extreme conditions. The flat flex ribbon is designed to flex and bend without kinking or breaking. This makes it perfect for applications where wires are constantly moving or shaking. It also helps to reduce the risk of damage due to vibration or wear.

Some of the most common application fields of FJH-50-R-39.37-4 include automotive, HVAC, medical, and computer systems. It is ideal for connections where a low-profile and durable cable is required. Its construction allows for a more dependable connection than traditional wires, resulting in fewer electromagnetic interference issues.

The FJH-50-R-39.37-4 also offers great performance when it comes to working in high-temperature environments. The flat flex ribbon is capable of withstanding temperatures up to 250°C without damage. This makes it ideal for applications where high temperatures are present, such as in industrial and automotive applications.

The working principle of the FJH-50-R-39.37-4 is relatively simple. The flat flex ribbon is connected to two separate components with wire terminals. As the ribbon flexes, the movement of the wire terminals creates input and output signals. These signals are then transferred to the device or system that requires them.

Flat Flex Ribbon Jumper Cables are an ideal solution for applications where a high-performance and durable cable is required. The FJH-50-R-39.37-4 is a superb example of this, as it offers exceptional performance, flexibility, and durability. It is also capable of withstanding the most extreme temperature conditions, making it a great choice for a wide range of applications in the automotive, medical, and computer industries.

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