0151670793

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

0151670793 is a flat flex ribbon jumper cable designed to connect two components or circuits on a printed circuit board. It is an electrical component used by engineers and technicians to make connections for testing and troubleshooting. This type of jumper cable is designed to save space on board designs and to reduce the mounting height of electronic components.

The flat flex jumper cable consists of a flat flexible substrate with a conductive track running across its surface. The track is formed in a zig-zag pattern, with each turn of the track being connected together at the ends. The substrate is usually made of plastic and is thin enough to fit between the components of the printed circuit board. The conductive track is usually made of copper, silver, or a combination of both materials.

The working principle of the flat flex jumper cable is fairly simple. Two components are connected together with the jumper cable, and the conductive track helps transfer the electrical signals between them. The flexible substrate helps to minimize the risk of damage to the components by bending in the direction of the current flow. In some cases, the flexible substrate can also help absorb vibrations and shocks which may be generated by the environment.

The flat flex ribbon jumper is a relatively simple and inexpensive option for connecting two components or circuits on a printed circuit board. It requires minimal space on board designs and is designed to reduce the mounting height of components. It also offers reliable electrical connection between components, and protection against damage caused by shocks and vibrations. However, it is not an ideal solution for applications where high speed or high power connections are required.

The flat flex ribbon jumper cable is a versatile and cost effective solution for connecting two components or circuits on a printed circuit board. It can also be used to reduce the mounting height of components, saving space on board designs. It can also provide reliable electrical connection and protection against vibration and shocks. However, it is not suitable for applications which require high speed or high power connections.

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