PCBs for Automobiles: A Turbo Boost for Sales?
With the projected trajectory of electronics content in vehicles, automotive PCBs are a global growth driver for our industry. And yet, the pressing question for any N.A. PCB manufacturer might be, do I even want to get in this race?Click here to read rest of article
|Microvia Formation: When to Drill, When to Blast!
PCB Magazine May 2013
As today’s designs become increasingly dense, PCB fabricators’ capabilities are tested especially when drilling for microvias. By using DFM rules, fabricators can match the best method of manufacturing with the type of microvia being incorporated into a PCB design. Moreover, many fabricators will be surprised to find out which capabilities they may already have in-house, versus those that need to be outsourced.
|Built Board Tough: Budget DC Copper Plating for High Reliability and Increased Capabilities
PCB Magazine January 2013
Converting your old DC copper plating setup to one that produces high-reliability and higher aspect ratio copper plating for vias isn’t difficult; some old jeans and a little resourcefulness can produce world-class plating capabilities in a small hand-plating line.
PCB Magazine December 2012
Reshoring may be real, but fabricators still need to understand that the conditions driving it have nothing to do with mandates or politics. This article defines five skill sets driving the targeted reshoring campaign. Does your company possess these capabilities?
|PCB Reliability: Cleaning Up Your Act
SMT Magazine September 2012
Bare board cleanliness is a serious matter, yet also a relatively new issue for the industry. In addition to design, a product’s environment causes ionic contamination to form dendritic growth. End-users should review both board design and the environment to combat the issue.
|Built Board Tough
SMT Magazine July 2012
PCBs are electronic real estate. Establishing the foundation for assembly, there is a direct correlation between the reliability of a final electronic product and the bare printed circuit board. There is much to knowing what it takes as both a buyer and a producer of PCBs to ensure high-reliability PCB performance.
|Alternative Materials for LED PCBs
SMT Magazine June 2012
In 2009, author Yash Sutariya consulted Clemens Lasance, a thermal management guru, who began teaching the ways of the (thermal) force. Now, Yash is curious: Are brand-name thermal dielectrics on metal core printed circuit boards more effective than traditional FR-4 PCBs with Cu-plated vias?
|Latest on Lead-Free Capable Materials
PCB Magazine February 2012
Advancements in lead-free materials are not necessarily restricted to the materials themselves; they often develop in our knowledge base of the characteristics and performance criteria of the already available library of materials in the marketplace. This is truly the low-hanging fruit.
|Strategies for Beating the Heat: Updates on Thermal Management for PCBs
SMT Magazine July 2011
With the LED market exploding while still in its infancy, both PCB producers and end users can expect to see consistent evolution in not just standard MCPCB materials, but also potentially disruptive and game-changing technologies and applications.
|Materials for High Reliability Applications
PCB Magazine June 2011
When discussing high-reliability materials for printed circuit board applications, the conversation typically gears towards opinions of reliability: is one material system versus another better? Other times, it’s materials’ properties that are stressed to imply reliability.