0210200366

Flat Flex

Flat flex cables, also known as flexible flat wires are a unique type of cable designed to save space and provide the flexibility necessary in wire harness applications. They are produced in a variety of lengths and configurations and can be used for a wide range of purposes, from connecting electronic components to providing power to devices. As their name implies, flat flex cables have a flat cross section, making them easier to manage and fit into various forms of housings. They are available in a variety of sleeved configurations that ensure the integrity of the connections over time.

Ribbon Jumper Cables

Ribbon jumper cables are composed of a number of flat flex cables in a flat ribbon configuration. They are designed to minimize crosstalk, interference, and the propagation of noise in electronic and communication systems. The cables are manufactured in a variety of lengths and configurations, depending on the application requirements. The flat flexible cables are bundled together and finished with a special coating or cover which provides additional protection against environmental forces.

0210200366 Application Field and Working Principle

The 0210200366 Flat Flex Cable is designed primarily for use in the automotive industry. It is the ideal cable for harness systems used within high-voltage and high-current applications. It is capable of withstanding temperatures up to 200 °C and is constructed from copper tinsel conductors and a cross-linked polyvinyl chloride (PVC) insulation sleeve. The cable is designed to minimize crosstalk, interference, and the propagation of noise, making it ideal for high-performance applications where signals need to be transmitted with a minimum of interference and distortion.

The flat flex cable is often used in conjunction with other components to form a complete electrical harness system. It is usually sold as a single assembly but can be configured in different ways to suit the needs of different applications. The working principle of the flat flex cable is that when current is passed through the copper tinsel conductor, it creates an electromagnetic field which produces a voltage across the insulation layer, thus allowing the conduction of electricity. This principle is similar to that of a traditional wire, however the flat shaped nature of the cable enables it to be fitted in a tight space, minimizing losses in signal strength and ensuring that the device is powered at the optimal voltage level.