One of [CNLohr]’s bigger claims to fame is his process for making glass PCBs. They’re pretty much identical to regular, fiberglass-based PCBs, but [CNLohr] is building circuits on microscope slides.

Understanding the difference between process capability and design intent enables engineers to maximize UHDI performance while improving manufacturability and yield. Ultra high-density interconnect ...

With the low-cost PCB fabrication services available to hackers and makers these days, we’ll admit that making your own boards at home doesn’t hold quite the appeal that it did in the past. But even ...

Software automation in PCB assembly. Advantages and disadvantages of software automation in PCB assembly. The PCB assembly (PCBA) process is becoming more complex with evolving market trends such as ...

This week kicks off a five-session complimentary webinar series featuring experienced engineers from DesignCon’s conference program, including experts from Keysight Technologies, Intel, Picotest, NXP, ...

Have you ever found yourself staring at a tangle of wires, wishing there was an easier way to bring your electronics project to life? If you’ve dabbled in DIY electronics, you know that creating ...

For years, the PCB manufacturing industry has needed a robust real-time, comprehensive shop-floor communication standard that would include detailed, bidirectional, machine-to-machine communication, ...

Modern electronic devices are becoming more compact while delivering greater speed and performance. From 5G communication systems ...

Modern electronic products depend on dense PCB layouts, high-speed signals, wireless communication, and compact power systems. These ...

Choosing a circuit material for a high-frequency printed-circuit board (PCB) is generally a tradeoff, often between price and performance. But PCB materials are also selected by two key factors: how ...