When you breakout a BGA, you basically apply a fanout solution and route traces from those fanouts to the perimeter of the device prior to general routing of the PCB. A few weeks ago, we gave you an example of how to breakout a .4mm BGA. Continue reading “How to breakout a .5mm BGA”
One thing PCB designers will all agree on is that to breakout a BGA, you need precision and discipline. When you breakout a BGA, you basically apply a fanout solution. You route traces from those fanouts to the perimeter of the device prior to general routing of the PCB.
At some level of circuit complexity, turning to an architecture with blind and buried vias will result in better yield and lower cost than would a through-hole design. In this presentation, we discuss several design examples and illustrate the relative costs and benefits of different architectural approaches.
The healthcare space has seen tremendous technological advancements in recent years. Among the myriad of shifts that have occurred—the rise of electronic medical records, the development of new imaging capabilities, and so on—one of the most noteworthy is also, in a sense, one of the smallest: the accelerating popularity of wearables devices within the medical industry. Continue reading “Wearables, Medical Devices’ Popularity Accelerating in Health Space”
SIGN UP FOR NEW ARTICLES AND UPDATES