FJH-20-D-41.00-4

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Flat Flex and Ribbon Jumper Cables are ideal for applications that require high current and battery power transfer. They are also used for wire routing, signal, and power cable management. The FJH-20-D-41.00-4 is a specific type of flat flex or ribbon jumper cable.

Applications: The applications of the FJH-20-D-41.00-4 flat flex or ribbon jumper cable are primarily used in industrial and commercial equipment. They are often used in production lines, robotics, aircraft systems, medical devices, shipbuilding, and more. The flex-cable is also suitable for the development of charging and discharging solutions in battery packs and solar cells.

Features: This flat flex and ribbon jumper cable features great flexibility and robustness. It can be used in extreme environments, such as in industrial settings and environments with high temperatures, dust, moisture, vibrations, and other harsh external conditions. It also offers a wide array of options for insulation, sheathing, and type of conductor. Additionally, the FJH-20-D-41.00-4 flat flex or ribbon jumper cable ensures high levels of reliability and durability as it is made of high-quality raw materials.

Working Principle: The working principle of the FJH-20-D-41.00-4 flat flex or ribbon jumper cable is relatively simple. The flex-cable is designed to allow electricity to flow between one end of the cable and the other end, and the amount of current that can flow through the cable depends on its cross-sectional area. The flat flex or ribbon jumper cable allows for the transfer of both direct current (DC) and alternating current (AC) with high efficiency.

Advantages: The FJH-20-D-41.00-4 flat flex or ribbon jumper cable offers a number of advantages over traditional wire-based cables and other types of flexible cables. Firstly, it has a high electrical conductivity, which allows it to transfer large amounts of power safely and efficiently. Additionally, it is extremely durable and resistant to environmental factors, such as temperature, humidity, and other harsh conditions. Lastly, its flexibility makes it ideal for routing and connecting in confined spaces, making it ideal for applications such as robotics.

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