FJH-20-D-14.00-4 Datasheet/PDFFlat Flex Ribbon Jumper Cables are typically used in applications where high speed data is under high demand, and where space is limited. The FJH-20-D-14.00-4 model belongs to this family of cables, and offers exceptional performance. In this article, we will look into its application field and working principle.
What is FJH-20-D-14.00-4?
FJH-20-D-14.00-4 is a Flat Flex Ribbon Jumper Cable (FJH) with 20 pins, a double row configuration (D) and a pitch of 14.00mm (4). It is a flat cable and can help make connections even in crowded spaces. This cable is manufactured from polyester and reinforced with thin layers of conductive material such as copper or aluminum. It is also extremely flexible, making it ideal for many applications.
Application Field
FJH-20-D-14.00-4 can be used in a broad range of applications where high-speed data transmission is needed. One of the most common applications is within automotive technology. It can be used to connect engine control modules, sensors, and other components on a vehicle’s control network. It is also commonly used in communication equipment and lighting systems.
In addition, this type of cable can also be used in medical devices and equipment. As they are extremely flexible and strong, they are ideal for connecting components in confined spaces. As most medical devices must be compact while still able to maintain reliable connections, FJH-20-D-14.00-4 is an ideal choice.
The FJH-20-D-14.00-4 also has a wide range of other applications including home appliances, office automation equipment, electronic toys, and industrial devices.
Working Principle
The FJH-20-D-14.00-4 works by transferring electrical signals from one point to another with minimal noise interference. These cables are designed in such a way that they are made up of multiple cores that are insulated from each other. Each of the cores is made up of many thin strands of conductive material. This arrangement helps reduce cross-talk between the different cores and increases the signal strength.
The cores are often arranged in a parallel formation, which further reduces interference and increases signal strength. The teflon insulation that covers the cable increases its flexibility and durability. It also helps to protect it from moisture, dust, and other environmental hazards.
The FJH-20-D-14.00-4 can be used in a number of different applications due to its flexibility and efficient performance. It is essential for any environment where high-speed data transfer needs to be achieved. It is also suitable for locations where space is a limiting factor.