0210390745

Flat Flex

Flat flex cables are thin, flexible flat cables with multiple cables bundled together in an insulated jacket. The flat cables are arranged in parallel or coaxial configurations and typically connected with pad ends and crimp terminals. The use of flat flex cables is most common in the transportation, medical, and communication industries. The cables are used in medical equipment, where their flexibility provides better access and mobility than standard round cables. In the communications industry, the cables are used for digital signaling, and for connecting digital devices such as televisions, VCRs, and computers.

Ribbon Jumper Cables

Ribbon jumper cables, also known as ribbon cables, are cables composed of multiple twisted-pair wires held together by an insulated jacket. The individual wires, typically 20 or more in number, are arranged in parallel rows that are then twisted to form a single ribbon cable. The twisted wires help reduce the amount of crosstalk between the two signals, which can often occur in conventional flat cables. The twisted and bundled cables are secured by connectors at either end.Ribbon jumper cables are used in a variety of applications, including computers, telecommunications, automotive, and industrial applications. They are popular in the automotive industry because they are resistant to vibration and temperature fluctuations. In telecommunication systems, they are used to connect components, such as the phone line to the answering machine. In computers, ribbon cables are used to connect the motherboard to peripheral devices such as hard drives and DVD drives.

0210390745 Application Field and Working Principle

0210390745 is a flat flex cable and ribbon jumper cable designed to connect programmable logic controllers (PLCs) to industrial automation system devices. The cables are manufactured from highly insulated materials which effectively prevent electrical cross talk between connected devices. The cables also have strong resistance to oil, solvents, and other liquids. The working principle of these cables is that they act as a medium to propagate electrical signals from one component to another. They are designed to provide a secure, reliable, and fast connection and can support both serial and parallel data transmissions. The cables feature low capacitance and impedance values which prevents signal cross-talk and maintains high signal integrity. They are capable of handling high voltage up to 600V and maximum current up to 8 amps.