1-1474671-7

Flat Flex, Ribbon Jumper Cables

1-1474671-7 is an example of flat flex, ribbon jumpers. These relatively simple cables are widely used for the transmission of data between components in computer systems, automation systems, and communication networks. But what are the applications and how do these cables work? In this article, we take a look at the application field and working principle of 1-1474671-7 flat flex, ribbon jumper cables.

Application Field

Flat flex, ribbon jumper cables like 1-1474671-7 are used in a variety of applications where flexibility is required. They have become a popular choice for connecting computer components inside a system. This is due to their relative ease of installation and the fact that they take up far less space than conventional round cables. These cables are also popular in microcontroller circuits, microprocessor connections, and in automotive and avionics systems.

Working Principle

The working principle of all flat flex, ribbon jumper cables is very similar. There are two main parts to the cable, the ribbon and the connectors. The ribbon itself is made from thin, flexible insulating material which is usually coated in an outer layer of tin or silver. On one side of the ribbon there is a series of small, individual conductors that run the length of the cable. The other end has two larger connectors that make up the other end of the cable.

The Connectors

The connectors of 1-1474671-7 cable are typically made from plastic and often have pins or screws to make the connection between the components. The pins are often dipped in solder and attached to the ribbon using a soldering iron. These pins act as a physical connection between the two components that are being connected. In some cases, the ribbon is also soldered directly onto the two components.

Advantages of Flat Flex, Ribbon Cables

Flat flex, ribbon jumper cables provide several advantages over conventional round cables. The most obvious advantage is the amount of space they take up. They are much thinner than round cables, meaning they can be used in cramped and tight spaces. In addition, they are relatively easy to install and many come with an optional cable carrier or tie to keep the cable in place.

Disadvantages of Flat Flex, Ribbon Cables

While flat flex, ribbon cables provide many advantages, there are also a few potential drawbacks. The thinness of the ribbon material could lead to fraying or breakage, especially when used in high vibration environments. Also, the soldering process required for installation could be more time consuming than the crimping of round cables.

Conclusion

1-1474671-7 is an example of the flat flex, ribbon jumper cable. This type of cable has many advantages over traditional round cables, especially in applications where space is limited. They are used in many industries, from automation to automotive and avionics systems. While these cables provide many benefits, they do have a few potential drawbacks, such as the vulnerability of the ribbon material to fraying or breakage.