0210491080

Flat Flex, Ribbon Jumper Cables

Flat flex, ribbon jumper cables, also known as 0210491080, are flexible flat cables made of parallel insulated wires. Their construction makes them ideal for applications where flexibility, ease of handling and a minimum of wire cross sections are needed. The cable\'s flat construction offers the end user a greatly reduced diameter and that allows the user to easily route them in places where round cables are too large or difficult to maneuver. Furthermore, the flat design allows for maximum conductor exposure for making contact.

Structure

Flat flex, ribbon jumper cables, are constructed of a combination of conductors, insulators, and shielding materials, depending on the application. In most cases, the flat ribbon jumper cable will be composed of a single insulated conductor per wire strand. This one strand of the cable is typically surrounded by an insulating layer of polyurethane, silicone or other soft-coated material, such as Ethylene Tetrafluoroethylene. This layer of insulation protects the conductor from undesired electric currents or high temperatures. In addition to the insulating material, there is also a flexible outer sheath usually made of tin, aluminum, or stainless steel. This outer sheath is primarily used for protection against environmental conditions such as moisture, dust or oil and also aids in protecting the cables against accidental damage.

Applications

Flat flex, ribbon jumper cables, are used in a variety of applications across many industries. Their small size and flexible structure make them ideal for use in tight spaces, or where flexibility is needed. They are often used in automotive and robotics applications where their flat design helps to decrease overall system size and weight. Furthermore, the cables are ideal for use in medical applications, as their small size and shape makes them great for routing around organs and other body parts. Additionally, their construction allows the cables to be used in personal electronic devices, such as cell phones and computers.

Working Principle

Flat flex, ribbon jumper cables are incredibly simple in design and have only two main components that are responsible for their functionality. The first component is the conductor, which is usually composed of metal wires such as copper or aluminum. These metal wires transmit an electrical current when connected to a power source. The second component is the insulating material which acts to protect the conductor, and its construction is tailored for maximum protection against extreme temperatures and other environmental factors. These insulating materials also limit the amount of current that can pass through the cable, thereby preventing any damage or overheating to the system or end user.

Advantages

Flat flex, ribbon jumper cables, offer a great number of advantages over standard round cables. The first being their small size and flexibility enabling them to fit into tight spaces and easily route around obstacles. This can be especially beneficial for applications in the automotive industry, where the small size provides for more efficient use of the space. Additionally, as mentioned previously, the flat design exposes more of the conductor which allows for improved contact between the other components in the system. Furthermore, with a flat cable it is possible to achieve a larger cross sectional area, or greater number of conductors in the same space as round cables. This can help to increase the overall system efficiency.

Disadvantages

Although, flat flex, ribbon jumper cables offer many advantages, there are also a few disadvantages. The first disadvantage is that the flat design can be more difficult to properly secure within a system. This is due to the fact that the cable is not round, and consequently, all the components can move slightly with respect to each other. Additionally, the flat design can also make it difficult to keep the cables organized, as they are more prone to entanglement than round cables. Lastly, the conductor in these types of cables is prone to oxidation over time, and this can result in decreased performance of the cables.