Today’s Technology Depends on the Continued Development of Printed Circuit Boards


We live in a fast paced society. From the phones that we use to the televisions that we watch, just when you think you have the latest and best offering, there is already a new product on the way. Behind all of these newly developed products, however, is a small integral part that not everyone thinks about. In fact, without the latest circuit board assembly services, none of these technological products would be available. Getting fast PCB prototypes is the reason that so many companies are able to continue to develop the products one after another.

In a world where the importance of science, technology, engineering, and math skills are so emphasized, it is also important to realize that without the basics of providers that supply fast PCB prototypes there would not be a market for the engineer whose salaries can vary widely, from $50,000 to $150,000.

Advanced Machine Assembly Processes Help Research and Development Teams in Every Industry

From cell phones to keyless car remotes to the latest home kitchen gadget, all of the technology that we use in our world requires a printed circuit board. Fortunately, there are companies that continue to develop advanced machine assembly processes that allow for accurate, dependable, and speedy production of these integral parts.

Consider some of these facts and figures about the printed circuit board industry and the impact that it has on the nation’s economy:

  • With better and more consistent quality, a single automatic line can place and solder more components than 50 hand solder operators.
  • Through-hole technology and surface mount technology are the two methods used to create double-sided circuit boards that connect the circuits on each side.
  • The spaces between electrical conducting paths are often 0.04 inches (1.0 mm) or smaller, so board designers use computer-aided design systems with special software to layout the needed circuit patterns on the boards.
  • Printed circuit boards with copper thickness of more than 3 Oz in inner or outer layers are considered heavy copper PCBs.
  • In theory, transistors could continue to miniaturize until they reach the size of a single nanometer, equivalent to a thickness of 10 back-to-back atoms.

There is no way to separate the world from the technology that it has become so dependent upon, and as a result the continued development of printed circuit boards will remain important.

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