Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Flat Flex, Ribbon Jumper Cables – Application Field and Working Principle

Flat Flex and Ribbon Jumpers are a type of wire used for the purpose of creating electrical connections in electrical applications. They are also known as flat flexible cables or flat ribbon connectors. Broadly speaking, these cables are used for different applications, including but not limited to, computer and telephone connections, audio/video connection, LCD/LED/CRT display connections, and transformer connections. Additionally, flat flex cables can be used for various electronic applications, such as in consumer products, such as fan/ventilator motors, small motor controllers, charging stages for digital devices, and in motion control.

Flat flex and ribbon jumper cables are designed to reduce the amount of wiring needed for large scale projects. They can help to reduce the amount of complexity when used for computer and telephone interconnects. Additionally, they lessen the physical bulk caused by the traditional usage of several individual wires.

Flat flex and Ribbon Jumpers work on the same principle as any other cables used for electrical interconnects. The advantage of using these cables is that their flat design provides a higher density of wires running parallel with each other for minimal cable space. Their increased flexibility makes them easier to install in tight spaces. This is one feature that makes them useful in connectors and wires used in data communication, testing, and robotic assembly applications.

The construction of a flat flex cable can range from a two-conductor ribbon jumper to a highly complex multi-conductor ribbon. The number and type of conductors that are used depend on the cable\'s specific application. The conductors are typically arranged in a single layer to prevent flexibility issues that arise with layered ribbons. In some cases, thin insulating conductors may be used for additional protection against shorting and to improve insulation.

Flat flex and ribbon jumpers are typically constructed from either a polymeric material or a modified vinyl material. The material is chosen based on its electrical properties such as insulation resistance, insulation thickness, flexibility, temperature rating, and pliability. The insulation materials may vary depending on the desired electrical properties. For instance, modified vinyl is often chosen for audio/video applications due to its high insulation against electrical interference, while polymeric material is generally used for data and digital cable applications because it can offer better electrical insulation and heat resistance.

Flat flex and ribbon jumper cables are typically sold in a variety of shapes and sizes including round, rectangle, and square. Additionally, they come in standard lengths with different trace widths available. This includes the number of conductive traces that run along the length of the ribbon. Standard trace widths range from 0.5mm to 2.54mm and the available lengths vary from 1.0mm to 3M.

When choosing a flat flex and ribbon jumper cable for an application, it is important to consider a few factors. These factors include the trace width, insulation thickness, spacing between conductors, maximum operating temperature, voltage rating, and the material used to construct the cable. Additionally, it is important to consider the specific application in order to determine the best cable for the job. Based on the application, it may be necessary to find a cable with different specifications.

Flat flex and ribbon jumper cables are widely used for a variety of applications found in both consumer and industrial settings. As previously mentioned, they are used for computer and telephone connections, audio/video connections, LCD/LED/CRT display connections, and transformer connections. Additionally, they are widely used in electronic components, consumer products, fan/ventilator motors, and small motor controllers. Regardless of their usage, these cables provide increased flexibility, high insulation resistance, and conformability for a broad range of technical applications.

The specific data is subject to PDF, and the above content is for reference