筆者について

Dugan Karnazes

Dugan Karnazes is the owner of Velocity Research, and an experienced electrical engineer with a background in electronics and engineering physics. Since 2013, Dugan has been focusing his attention on the PCB design process and working on research and development teams with companies in West Michigan to build better products incorporating advanced technologies and new techniques.

最新の記事

Embedded System Security for Hardware Designers Today, I had the pleasure of an open discussion about hardware hacking with the security experts at VDA Labs in Grand Rapids, Michigan. James King, Ethical Hacker, and Josh Sharpe, Cybersecurity Consultant, walked me through what they look for when trying to compromise an embedded system. I thought I would see what hardware designers can do to slow them down and pass on that information to my fellow designers. VDA Labs helps companies determine 記事を読む

What You Need to Know About GaN and SiC FETs New FETs on the block. What you need to know about high electron mobility transistors (HEMT) silicon carbide (SiC) and gallium nitride (GaN). 記事を読む

Leveraging Component Data to Build Better Design’s Faster

Leveraging Existing Components Data to Build Better Design’s Faster Altium Concord Pro^™ as a standalone product and brand name has been discontinued and the capabilities are now available as part of our Altium enterprise solutions. Learn more here. In the business of robust electronics design, it’s not enough to build something that works, or even something that works well. Working phenomenally is the bare minimum in a competitive landscape. A robust design at a holistic level is one that is made of the correct 記事を読む

Ceramic Capacitors - Why Voltage and Capacitance Ratings Aren't the Full Picture Ceramic Capacitors - Why Voltage and Capacitance Ratings Aren't the Full Picture The true capacitance of ceramic capacitors rarely matches what is stated on the specifications once they’re installed in end applications. Depending on what frequency, voltage, and dielectric you’re using, true capacitance can be vastly different from what you’d expect. This guide walks through the common misconceptions and demonstrates how to select the right 記事を読む