FJ-30-D-23.62-4

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Flat Flex, ribbon jumper cables, such as the FJ-30-D-23.62-4, are used in a variety of applications. These cables are designed for use in tight spaces, to bridge gaps between components or to carry multiple signals across a board. They provide a reliable connection, with low signal loss, and are less vulnerable to signal interference and cross-talk than traditional wire jumper cables.

The FJ-30-D-23.62-4 is a specifically designed flat flex cable for use in dual-port applications. The cable is constructed of two layers of flat conductor strips separated by an adhesive dielectric material. The strips are cut very thin and are separated from each other by a thin sheet of dielectric material. This construction reduces the size of the cable so it can fit into the required space. The cables also have a foam or foil insulation on the exterior which protects against dirt, dust, and moisture.

The FJ-30-D-23.62-4 is most commonly used in applications such as board-to-board or chip-to-chip connections, where the cable can be routed through tight gaps or channels. The flat flex cables are ideal for connecting circuit boards or components in locations where a traditional wire jumper would not fit. They can also be used for USB, audio, video and other high speed data applications where signal integrity and speed are essential.

The working principle of the FJ-30-D-23.62-4 is based on the principle of electrical conduction. When an electrical current passes through the cable, the copper conductor strips on the outside of the cable create an electric field. This field allows electrons to travel back and forth between the two layers of conductor strips. This electron flow creates an electrical current that can be used to power devices or to transmit signals.

The FJ-30-D-23.62-4 is a reliable, efficient, and cost-effective cable solution for many applications. Its small size and reliable connection make it an ideal choice for tight spaces and where multiple signals need to be transmitted. The cable is also resistant to interference and cross-talk, making it a reliable and safe solution for data and electrical connectivity.

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