FJH-10-D-02.30-4

Flat Flex, Ribbon Jumper Cables

The FJH-10-D-02.30-4 Ribbon Jumper Cables are a type of flat flex cable (FFC). They consist of a flat strip of flexible metal, usually copper, with wires or traces on the surface. The flex strip is insulated against electric current flow and usually enclosed in a plastic or metal jacket. The conductor paths are insulated from each other and from the surface of the ribbon jumper cable.

FJH-10-D-02.30-4 cables are most often used to interconnect parts of an electronic assembly or motherboard such as processors, memory, and I/O filters or ports. The primary benefit of these cables is that they are flat and thin, allowing them to be routed in tight areas not possible with traditional cable designs. This makes them highly useful in applications such as laptop computers, tablet PCs, and other devices with tight physical constraints.

The typical construction of FJH-10-D-02.30-4 cables starts with a flexible metal strip. This is usually copper in composition and is plated with tin to prevent oxidation and improve electrical performance. The conduit, or insulating jacket, is usually a thermoplastic material, such as polyethylene, that is extruded around the conductor. After the conductor and jacket are applied, the jumpers are then printed with solder mask on all sides and insulation layers are added as needed.

These cables are usually designed to replace bulky, complex wiring harnesses. Common applications include interconnecting circuit boards, or connecting the main board to peripheral devices such as disk drives and memory modules. As a result, FJH-10-D-02.30-4 cables offer excellent electrical performance and flexibility in system designs. They are typically produced in a variety of lengths and widths depending on the device or application.

In terms of its working principle, a ribbon jumper cable works by conducting electric current between two points. The conductor paths are etched onto the metal sheet and then electrically coupled together. This makes it possible for electric current to travel the length of the cable and reach all the necessary connections. The plastic or metal sleeve also increases the insulation between the conductor paths, reducing the risk of electric shock.

The FJH-10-D-02.30-4 ribbon jumper cables are great tools for applications where space is at a premium. They provide a great solution to connectivity issues when faced with tight dimensional constraints, and give systems unparalleled flexibility in terms of wiring and connections. As a result, FJH-10-D-02.30-4 cables have become an industry standard for a variety of electronics applications.