0210390894

Flat Flex, Ribbon Jumper Cables

0210390894 flat flex, ribbon jumper cables are a type of flat conductor cables which are composed of several thin copper wires that are twisted and braided to form a flexible cable. The conductor is generally a polymer ribbon which is then connected to a flexible cable. These cables are typically used for signal and power transmission in electrical and electronic devices, and they have great advantages over traditional round wires.

Application Field

0210390894 flat flex, ribbon jumper cables have a wide range of applications. They are used in the construction of integrated circuits, for connecting PCBs to other components, and in device manufacturing and test equipment. They are also commonly used in robotic and automation systems, musical instruments, medical equipment, and more. The cables can also be used for attaching wires in the electrical panels, and in the wiring of lighting systems. The cables are also very convenient for high density wiring in electrical control boxes since the cables take up a relatively small amount of space.

Working Principle

0210390894 flat flex, ribbon jumper cables are composed of a very thin conductor with fine strands of copper wire. This enhances the flexibility and durability of the cables. The small diameter of the conductor means the conductor can be bent to fit complex shapes or pathways. The conductor is then connected to a flexible ribbon cable which has wires that are typically single-ended or double-ended. Depending on the application, the wires can be thicker or thinner, and they can be connected to each other in a series or parallel connection.

The conductive wires are then connected to a metal shield or shield layer which shields the wires from electromagnetic interference. This shield is usually either a metal foil, braided wire, or a metal mesh. This shield increases the rate of signal transmission and reduces interference and noise.

0210390894 flat flex, ribbon jumper cables are widely used for various applications due to their great flexibility and durability. They are designed to be easily and quickly installed in tight spaces, and they can be used in a variety of temperature and humidity environments. This makes them a great choice for a wide range of applications.