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Flat Flex, Ribbon Jumper Cables

11-003-152FB Application Field and Working Principle

Flat flex, ribbon jumper cables are a type of cable that typically feature very small and dielectric insulation size and are capable of transmitting large amounts of power. Being able to purchase a variety of lengths, styles, and electrical properties makes them a versatile choice for a wide range of applications. 11-003-152FB, which is one of the flat flex, ribbon jumper cables, is capable of providing a reliable and continuous supply of power without a large or heavy form factor.

Overview of 11-003-152FB Flat Flex, Ribbon Jumper Cable

11-003-152FB flat flex, ribbon jumper cable is a thin and flexible cable featuring an operating temperature range from -25°C to +105°C and is insulated with either a Teflon fluoropolymer or a two-layer thermal insulation. It features fork contacts with an IP68 rating and has a reduced weight that enables fast and easy installation. 11-003-152FB is also available in a variety of non-standard lengths, covering short distances up to several hundred feet, stretching from one device to another.

Design Considerations

11-003-152FB flat flex, ribbon jumper cable is typically designed to adhere to strict international standards, including UL 1459/ASTM B512/CSA FR88, Europe CCC CNCA-00291, and RoHS standards. The product usually accommodates operating voltages up to 600 V, and is designed for use in harsh conditions, such as high temperature ranges, wet rooms, outdoor applications, automotive or agricultural applications. 11-003-152FB provides several advantages, such as quick installation, deformation resistance and moisture resistance, dust and sweat protective features, and compatibility with PDAs, printed circuit boards, LCD screens, and industrial automation equipment.

Working Principle of 11-003-152FB Flat Flex, Ribbon Jumper Cable

The working principle of 11-003-152FB flat flex, ribbon jumper cable mainly consists of two parts. The first part is related to the electrical characteristics of the cable, which involve voltage and the current it is able to carry. The second part is related to the mechanical characteristics, which include flexibility, torsion, and compression. In order to ensure that the cable is able to reliably transfer power between two points, these two parts have to work together.

For the electrical characteristics, the voltage and current ratings of the 11-003-152FB cable are determined by the type of insulation material used, as well as the thickness of the insulation material. Different insulation materials have different voltage and current ratings, so it is important to choose the right material for the application. Additionally, the thickness of the insulation material affects the amount of current that can be safely transferred without risking arcing or electrical shorting.

The mechanical characteristics, on the other hand, are determined by the design of the cable. The cable has to be flexible enough to be able to twist and move in tight spaces without being damaged. Additionally, the cable must be strong enough to resist compression forces from outside sources, such as dropped objects, which can damage the insulation material or break the electrical connections. In order to ensure the cable is flexible, robust, and able to resist external mechanical forces, the design typically incorporates a reinforced core material, such as Kevlar strands, that provides extra protection against breakage.

Conclusion

The 11-003-152FB flat flex, ribbon jumper cable is a highly versatile, low profile, and robust cable that is suitable for various applications. It is capable of withstanding extreme temperature ranges, prolonged exposure to moisture and water, and mechanical shock and vibrations, making it an ideal choice for applications where extreme conditions are encountered. Additionally, the product is designed to adhere to strict international standards and is able to carry a fair amount of electrical current between two points, ensuring the reliable and continuous transmission of power.

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