0152661068

Flat Flex Cables and Ribbon Jumper Cables

Flat Flex cables and ribbon jumper cables are commonly referred to as FF and RJ, respectively. They are used in applications such as servers, storage, automation systems, medical equipment, and other applications requiring long-distance and/or high- density signal transmission.

0152661068 Application field

Flat Flex and Ribbon Jumper Cables are often used in areas such as industrial automation, communications, medical, military, aerospace, and digital electronics. Specifically, the cables are used for electric fans, conveyor belts, sliding rail transformation power distribution, and other applications with a need for tight coupling. Additionally, ribbon jumper cables are often used in high temperature environments, as they are more resistant to heat and are able to transfer signals with greater accuracy and reliability.

0152661068 Working Principle

Flat Flex cables and Ribbon cables work on the same basic principle. They feature two layers: an outer single-stranded wire mesh and an inner ribbon conductor. The single-stranded wire mesh shields the inner ribbon conductor from environmental hazards such as EMI (electromagnetic interference) and RFI (radio frequency interference).

Flat Flex cables are designed with high flexibility, low noise interference, and superior shock absorption capabilities. The cables are composed of a single inner conductor and two parallel flat outer conductors, connected via alternating contact points. The flat outer conductor gives the wire its flexibility, enabling it to easily bend without breaking.

Ribbon jumper cables feature a pliable design that allows them to easily bend and twist, making them ideal for tight spaces. These cables feature a thin ribbon conductor surrounded by an ultra-strong single-stranded mesh. The single-stranded mesh provides an extra layer of protection from EMI and RFI, as well as other electromagnetic disturbances. This flexibility makes them ideal for use in high-density systems such as servers and storage systems.

Advantages

The main advantage of Flat Flex and Ribbon Jumper Cables is their high flexibility. The cables are designed to bend in tight spaces and are resistant to environmental hazards such as EMI and RFI interference. Additionally, they provide superior shock absorption capabilities and are capable of transmitting signals with greater accuracy and reliability.

Ribbon jumper cables are an ideal choice for high temperature applications. The cables are able to transfer signals with greater accuracy and reliability, making them ideal for tight spaces. The cables are also less prone to damage due to heat, making them a great choice for those looking for an extra layer of protection.

Conclusion

Flat Flex and Ribbon Jumper Cables are ideal for many applications such as industrial automation, communications, medical, military, aerospace, and digital electronics. The cables are designed for high flexibility, low noise interference, and superior shock absorption capabilities. Additionally, they are more resistant to heat and can transfer signals with greater accuracy and reliability. Furthermore, these cables are an ideal choice for high temperature applications, making them great for tight spaces.