Flexible printed circuits are widely used today because of low cost, ease of assembly in interconnection systems, and the low volumes that they occupy. Board-to-board, board-to-chip, and chip-to-chip connections are areas where they are most used. They are also essential in packages with limited space and stacked rigid boards, thus demanding three-dimensional connections.Do you want to learn more? Visit circuit boards.
The largest of use of flexible circuits can be seen in portable electronic products. These include notebook (NB), mobile phone, personal digital assistant (PDA) and information appliance (IA). The flexible printed circuit board, for example, can work as an interface between a liquid crystal display (LCD), a floppy disk driver (FDD), a hard disk driver (HDD) or a compact disc read only memory driver (CD-ROM) to a motherboard. Such is the wide usefulness of Flexible circuit boards.
Flexible circuits with optical and electrical components have become essential since optoelectronics has spread into more and more applications. Prefabricated optical fibers are used to assemble flexible circuits in such situations. Wherever fiber management is needed circuit boards are used. Flexible optical circuits, for example, greatly used as as optical backplanes in order to interconnect a number of flexible printed circuit boards. These can also serve as ribbons of optical fibers in order to route the optical fibers in an designated
There are four types of flexible printed circuit board. This division is based on functions. They are: lead line, printed circuit, connector, and integration function system. The flexible circuit connector includes an insulative housing mounted to the rigid circuit board. In all, it is obvious that with such varied features and uses flexible boards have emerged as a top choice as far as the electronic industry is concerned today for PCB Manufacturers.