0982670513

Flat Flex, Ribbon Jumper Cables

0982670513 is a type of flat flex, ribbon jumper cables that has multiple uses in many different industries. The cables consist of an internal spring coil design that allows for flexibility, ease of installation, and allow for very low electrical resistance. The thickness of the cables depends on the application which is typically 0.04 inches, or 1-15 mm.

These cables are ideal for flat panel displays such as LCD monitors, plasma displays, and LED displays. They’re also used for connecting to motherboards, backplanes, daughter boards, PCs, routers, switches, and video cards. They are also commonly used in medical devices, home appliances, and embedded devices.

The bronze shielding for the cables allows for high conductivity with no static or crosstalk. The shield is lightweight and provides superior EMI protection even in high EMI environments. The cables are also designed to be used with zero resistance and are therefore resistant to humidity and corrosion.

Working Principle

The working principle of 0982670513 flat flex, ribbon jumper cable is based on a unique combination of shielded, thin, and flexible conductors that are joined together by pin connectors. The cables are designed to be used with zero resistance, so they provide superior EMI protection even in high EMI environments. The strong shielding and pin connectors ensure that the electrical connection is firmly held in place and that it does not loosen due to vibration or thermal expansion.

The pin connectors are designed to prevent accidental short circuit by providing precise contact between the wires. They also provide stable electrical connections in areas where space is constrained. The pin connectors also enable the cables to be easily connected and disconnected when necessary for any type of operation. The thin profile of the cables also allows them to be tightly routed in various directions with no disruption to adjacent components.

The cables’ unique design makes them perfect for transporting high frequency signals, such as the signals used for high-resolution video. The cables also provide reliable and low-noise data transmission over long distances. The cables can also be used in high temperature applications, and have the added benefit of being able to be bent and twisted with ease.