How PCBs Will Meet Technology’s Needs
Since their conceptualization, Printed Circuit Boards(PCBs) have continued to grow in both their software and design elements, with their creation becoming faster and easier to mass produce. Whether we are talking about their use in the manufacturing world or for electronics, PCBs have ultimately changed how circuits are conducted and continue to influence how the industries grow in the future. However, rather than their technology becoming less and less relevant, PCB technology is set to affect the tech industry increative and monumental ways through the great improvements that are soon to be in circulation.
One of the most prominent transitions in the near future is from mobile phone and transportable gadgets to wearable tech such as smartwatches and fitness trackers. Improved design software such as the popular Altium has allowed designers to combat technology needs in an efficient and creative way, yet the advances in home technology will lead to new challenges for the future of PCBs. They will need to meet rapid changes by designing features that can work to create flexible displays and lightweight features to cater to the wearable market. A major part of making flexible PCBs is the use of printable copper, a malleable material that can be used to make hybrid circuits that can be hand soldered. Copper is already used extensively in products such as car seat heaters and this technology will only be set to expand as the need for flexible PCB grows.
Although medical technology may seem unrelated to circuit boards, the growth of computerized medical science directly affects the rise and improvement of PCBs through the demand and invention tools such as board cameras. Board cameras can be attached to a PCB and are small enough to be swallowed by patients, enabling non-intrusive ways of seeing inside the human body. Therefore, PCBs are of the utmost importance to the future of technology as they are the key to an increasing demand for small devices.
A lot of this technological improvement relies on PCB miniaturization, an element which is currently being developed extremely quickly. Miniaturization is set to be the future of both PCBs and technology, especially when it comes to consumer products as a host of tech- mobile phones, cars, televisions- gets smaller and smaller. Developers will be looking to do this through creating high-density electrical connections on PCBs, including designing HDI micro technology to do this.
3D Printed Technologies
3D printing is probably one of the most futuristic technologies that we will see in the coming years, with more and more industries utilizing its power to extend their capabilities. 3D printing will change the way that PCBs are designed by creating 3D circuits which you can make by printing a substrate item and then adding a liquid ink that contains electric functions. These templates will be able to create PCBs of any shape and size, revolutionizing how often bulky PCBs are used, as well as helping efficiency through its use of digital creation.http://www.thetechnologylounge.com/how-pcbs-will-meet-technologys-needs/Electrical & ElectronicsTech News