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Are Our Stackup Rules No Longer Valid?

12/19/2024 | Cherie Litson, EPTAC MIT CID/CID+
Are the stackup rules we used to follow no longer valid? It depends on what you’re designing. Electrical rules change depending on your circuit. Fabrication rules change depending on which fabricator you’re working with. Today, we just have more options, and sometimes, cost is a bigger rule than anything else. If you search online for information about layer stackups, trace widths, and hole sizes in PCBs, you’ll find a variety of resources.

Case Study: PCB Design Flaws Affect Product Cost

12/03/2024 | Matt Stevenson, ASC Sunstone
In the rapidly evolving aerospace industry, precision and reliability are paramount. “AeroTech Solutions” (not the company’s real name), an aerospace company specializing in satellite technology, recently faced a significant challenge that tested its operational integrity: A flaw identified in the PCB design of its latest satellite model led to unexpected delays and cost overruns.

Root-cause Analysis and Problem-solving

11/01/2024 | Happy Holden, I-Connect007
An essential skill for any process engineer in printed circuit fabrication is the ability to conduct root-cause analysis (RCA) and problem-solving. These are related to TQC and Six Sigma applications and are essential for customer support and continued profitability. All engineers will encounter these methods sooner or later, but it will likely be sooner if you are in product or process engineering in manufacturing.

Real Time with... SMTAI 2024: Summit Interconnect Doing Its Part to Rebuild Industry Expertise

10/29/2024 | Real Time with...SMTAI
In this interview from the recent SMTAI show, Nolan Johnson speaks with Jesse Vaughan from Summit Interconnect.  Jesse hits the highlights for some of Summit's programs to promote skilled workers in our industry—programs such as apprenticeships, Emerging Engineers, and more.

Designers Notebook: Implementing HDI and UHDI Circuit Board Technology

10/23/2024 | Vern Solberg -- Column: Designer's Notebook
To accommodate new generations of high I/O semiconductor packaging, circuit board technology has undergone significant changes in both the fabrication process method and the criteria for base material selection. The reason behind these changes is the new high-function semiconductor package families that require more terminals than their predecessors and a significantly narrower terminal pitch.
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