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Flat Flex, Ribbon Jumper Cables

0152680706 application field and working principle is one of the most popular and widely used form of flat flex, ribbon jumper cables. It is typically composed of an outer spiral jacket of heat-resistant thermoplastic material, a band of paralleling interlocking jacks, and an inner core of strain relief. This type of flat flex, ribbon jumper cable is used for applications in low voltage circuits and is popularly used for connecting circuit board components.

Jumper Cable Construction

The construction of the jumper cable is very simple and consists of typically three separate components. First is the outer spiral jacket which makes up the exterior of the cable. This jacket is composed of a heat-resistant thermoplastic. It is designed to protect the cable and make sure that the cable remains protected in various temperatures and conditions. This jacket also provides the cable with a durable and long lasting construction that is capable of withstanding the continuous electric current that is coming from the cable itself.

The second component of the flat flex, ribbon jumper cable is the bands of paralleling interlocking jacks. These curved wires taper from each end and are placed in a parallel arrangement. This arrangement is designed to help maximize the electrical connection between the two parts of the cable. The parallel arrangement also allows a larger number of strands to pass through the same area of the cable, thus increasing the total amperage capacity of the cable.

The third component of the flat flex, ribbon jumper cable is the inner core. This core is composed of a polyurethane or other type of highly flexible strain relief material. This material provides the cable with exceptional flexibility and helps to protect it internal components from damage during the connection process. Additionally, this inner core helps to maintain a consistent electrical connection between the two parts of the cable.

Application Fields

The flat flex, ribbon jumper cables are primarily used for connecting various types of electronic components. This type of cable is used in a variety of locations including low voltage circuits like computer motherboards, automotive, and other industrial and commercial applications. These cables can also be used for low voltage household applications such as wiring of home theater systems, satellite dishes, and other low voltage applications.

The flat flex, ribbon jumper cable is not only used in low voltage applications, but they are increasingly used in high voltage applications. These cables are often used for connecting medium to high voltage equipment within many industries. This includes power supplies in medical equipment, communications systems, and many other installations.

Working Principle

The working principle behind the flat flex, ribbon jumper cable is very simple. The cable works by creating an electrical connection between two separate components. The cable will run from one component to the other, either through a tunnel or through the air. Once a connection is made, the electrical current will travel through the cable and make contact with the two components.

The cables are designed to provide a simple and efficient way to connect electronic components together. These cables are capable of making a reliable electrical connection between two components, and they are especially useful for connecting multiple components in a system. They are often used in complex circuits in order to provide a higher degree of protection and reliability.

Conclusion

Flat flex, ribbon jumper cables are one of the most important and widely used components in the field of electronics. This type of cable is used in a variety of low voltage and high voltage applications. This type of cable is designed for maximum performance and it is capable of making reliable and consistent electrical connections between two components. It is important to always use the correct type of cable for specific applications in order to ensure maximum performance and reliability.

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