PCB Development

Today’s printed circuit boards (PCBs) are packed with components and functionality that has quickly made manual designs and construction a practice nearly relegated to the Stone Age. Even hobbyists and beginners can now very easily access complex software that makes quick work of simple projects, and promotes reliability and efficiency in design.

Most PCB manufacturers are finding the demand for multilayer boards increasing by leaps and bounds. This growing demand is fed by the need for smaller, lighter boards for use in electrical devices, military equipment, healthcare miniaturization, and an expanding market for smart devices incorporated in home automation systems.

Engineers designing printed circuit boards (PCBs) commonly generate a prototype board prior to full-scale manufacturing of boards for end products. Multiple prototype runs will often be included in the development of the final fabricated PCB, for good reason.

High Density Interconnected printed circuit boards (HDI PCB) have made technological advancements in electronics possible. They have been referred to under a variety of names: Sequence Build Up (SBU), Microvia Process (MVP), and Build Up Multilayer (BUM) boards, to name a few.

Wearables are becoming more and more omnipresent in the lives of the everyday consumer. With the Apple Watch, the Galaxy Gear, the Fitbit and many others, customers are finding out exactly what wearable technology can do for them.

Efficient fabrication of printed circuit boards (PCBs) utilized in high speed circuitry is critical to the end result. Yet often the PCB layout design is not a proactive thought in the process.

Printed circuit boards (PCBs) are becoming more and more complex while at the same time more critical to technology. PCBs are a basic building block of not only computers and high-tech communications equipment, but are found in every automotive vehicle, smartphones, lighting systems, and even children’s toys.

Innovative design tools and manufacturing techniques have driven the cost of creating and producing printed circuit boards (PCBs) down considerably in the past few years. But what really adds to the cost of PCB production are errors in the actual design of boards from the beginning.

Electronic devices are regularly shrinking due to consumer demands for portability and light-weight products such as big-screen televisions, tablet computers and powerful smartphones, drone devices and recently, even wearable technology. The shrinking of all these devices means the printed circuit boards (PCBs) integrated in their production must be fabricated on smaller footprints while providing ever-more-complex functionality and smaller components.