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Flat Flex Cables

0152671002 Flat Flex cables are simple, light weight and highly flexible cables used to transmit signals. They are most commonly used in machines or electronics where space and motion are restricted. They offer a great solution for tight spaces, and can be easily bent and routed to the desired application. Flat Flex cables are manufactured using a thin flexible substrate to provide flexibility. This thin substrate is then encased in an insulating layer to provide the necessary insulation to protect internal components and signals from electromagnetic interference (EMI). The substrate is also coated or shielded to ensure that no signal bleed off occurs.

Ribbon Jumpers

0152671002 Ribbon jumper cables are used for connecting multiple wires all at once in a neat, organized fashion. These cables are highly reliable and have a low signal loss. The cables are made up of multiple short strands of insulated wire thats woven into a single cable which can be easily connected to equipment. Ribbon jumpers are usually either flat or twisted, and they come in multiple sizes and lengths to meet various application requirements.Ribbon jumpers are also covered in a protective outer jacketing to protect them from physical damage and environmental extremes. The jacket is also reflective in order to provide EMI shielding, thereby ensuring the signals remain within the desired frequency ranges.

Working Principle

0152671002 The working principle of Flat Flex and Ribbon Jumpers is quite simple. Both types of cables serve as a medium for transferring electrical signals from one point to another. They act as a bridge between two points, ensuring the signal remains strong and reliable as it is sent from one end to the other.The cables are designed to have a low signal loss to ensure that signal degradation does not occur, so that the signal remains as accurate and reliable as possible. Additionally, they come with an insulating layer and reflective jacketing to protect the cables from both physical damage and EMI interference.