FJ-15-D-03.20-4

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Flat Flex and Ribbon Jumper Cables, refer to a flat, flexible jumper cable made from two or more conductive strands insulated with a non-conductive substrate. One of the most common forms of flat flex ribbon jumper cables is the FJ-15-D-03.20-4.

These specific jumper cables are designed for an insulation displacement connector (IDC) type connection. This type of connection is designed to make connections easier by quickly and efficiently connecting two conductive surfaces without soldering. The jumper cables are just over 15 millimeters (0.6 in) wide and can have up to 4 conductors. Each of these jumper cables also has crimp connectors on either end to ensure reliable connections.

Applicable fields of the FJ-15-D-03.20-4 are as follows. Firstly, computer cabling in computers, servers, and other consumer electronic products is an important application. This is the classic flat flex cable. Secondly, these cables are becoming more popular in the telecommunications and consumer electronics industries. They are often used to connect mobile phones, high-definition television and radio signals. Thirdly, they can be used in the automotive industry, for example, in solar modules, suspension systems and inside airbag systems. Finally, these cables are also becoming more popular for use in the medical and aerospace industries.

The working principles of this type of flat flex and ribbon jumper cable system are relatively simple. First, when a ribbon of flat flex cable is fed between two IDC connectors, the conductors in the cable are placed in a row between contact boards.Secondly, when a crimp connector is pushed onto the board to make a connection, the insulation on the jumper cable is pierced by the conductive contacts on the boards, thus creating a reliable connection with very little effort.

In addition, these cables have many advantages. They are very flexible and offer more stability than soldered connections. Furthermore, they are easy to use and don\'t require any specialized tools for installation. They are also cost-effective, as they require less material for assembly than traditional cables. Finally, they also reduce contact resistance and offer superior electrical and thermal performance.

In conclusion, the FJ-15-D-03.20-4 is ideal for use in a variety of applications, from computer cabling in consumer electronic products, to telecommunications and automotive industry, as well as aerospace and medical fields. Its working principle is relatively simple and its many advantages make it preferable to traditional cables. Furthermore, its overall cost effectiveness makes it an attractive option for applications where reliability and performance are key.

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