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The Future Is Electric
April 13, 2021 | KJ McCann and Brian Zirlin, Aurora CircuitsEstimated reading time: 2 minutes

Worldwide research and development of the automotive industry began as early as the 17th century and since then has taken several different design paths, with each country forging its own innovative trail and hundreds of prototypes emerging into the market. Vehicles—with steam-powered, electric, and combustion engines—began to play a major role, not only in the Industrial Revolution, but in everyday life. Although many believe that electric vehicles (EVs) are relatively new to the market, they have actually been around since 1832. Unfortunately, for the environment at least, gasoline-powered vehicles won the race as mass production, automatic starters, and cheaper oil prices gave them the upper hand. So, where did the major innovation for EVs truly begin?
While gasoline-powered engines emerged as the leading design, they were not without fault. For that reason, General Motors released its first electric car in 1996—the EV1—however, the push to bring this car to market was feeble, resulting in unfavorable outcomes. EV1s were sold solely through “limited lease-only agreements,” and only to residents of Los Angeles (California). The scant supply resulted in GM’s very selective and restrictive consumer bias. These cars often landed in the hands of the elite, making the idea of owning an EV unattainable to the average consumer. Ultimately, GM decided that electric cars were an unprofitable niche of the automobile market; this resulted in the company buying back and crushing most of its electric cars. The undoing of this product line led to an industry pullback from EVs as whole.
As years went by, automotive manufacturers failed to automate and mass produce, and the product line continued its downfall. The pushback on electric vehicles continued as the Bush Administration proposed $1.2 billion in research funding to develop clean, hydrogen-powered automobiles. The federal government joined the oil and car industry to push hydrogen fuel cell vehicles, knocking EVs a decade further away. Despite the strong pushback from car manufacturers to switch to EVs, Toyota moved forward, releasing its completely redesigned Prius in 2003. Finally, the consumer demand for EVs met market expectations. Consumer sales surpassed monthly sales targets more than 100%. But again, these vehicles were driven by the elite and high society celebrities. In 2006, Tesla Motors, a mere startup company from Silicon Valley, promised to deliver a vehicle with the luxury feel of a sports car, combined with a range of 200+ miles. In 2008, that dream became reality when Elon Musk, chairman of Tesla, debuted the first Tesla Roadster. This sent shock waves through the automaker industry as consumers flocked to EVs in greater numbers than expected.
To read this entire article, which appeared in the March 2021 issue of PCB007 Magazine, click here.
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AI Is the Golden Track Reviving Electronics and PCBs
08/06/2025 | Edy Yu, Chief Editor, ECIO, and the I-Connect007 Editorial TeamRemember 2021? Despite COVID, the electronics industry hit a high. Then came the slide. By 2023, the industry was deep in the red. With inflation, policy shifts, and exchange rate shocks, the problems were long, and the outlook was bleak. Recovery finally appeared in 2024, but it was fragile. Automotive electronics slumped, wireless demand stayed soft, and the ride up was anything but smooth. Yet, amid the uncertainty, one bright track emerged: artificial intelligence (AI).
Review: PCEA Orange County Summer Meeting
08/06/2025 | Dan Feinberg, Technology Editor, I-Connect007The Printed Circuit Engineering Association (PCEA) represents a community of engineers, designers, and industry influencers dedicated to the advancement of PCB technology, design, and manufacturing, and the growth and knowledge of its membership. PCEA regularly hosts events to share the latest developments, best practices, and visions for the future of electronic design and manufacturing. The Orange County chapter seems to be one of the largest and most active ones and I was invited to attend the latest chapter event on July 24 in Costa Mesa, California.
Register Now for the HATS²™ Technical Day at GEN3 HQ
08/05/2025 | GEN3GEN3 a world-leading manufacturer of testing, measurement and production solutions for electronics reliability. Headquartered in Farnborough, UK, GEN3 is announcing the final call for registrations to attend the exclusive HATS²™ Technical Day — a hands-on, live demonstration event showcasing the Highly Accelerated Thermal Shock Tester (HATS²™), the groundbreaking innovation from industry pioneer Bob Neves.
UHDI Fundamentals: UHDI Technology and Industry 4.0
08/05/2025 | Anaya Vardya, American Standard CircuitsUltra high density interconnect (UHDI) technology is rapidly transforming how smart systems are designed and deployed in Industry 4.0. With its capacity to support highly miniaturized, high-performance, and densely packed electronics, UHDI is a critical enabler of the smart, connected, and automated industrial future. This article explores the synergy between UHDI and Industry 4.0 technologies, highlighting applications, benefits, and future directions.
Nolan’s Notes: The Interconnectedness of a Global Supply Chain
08/04/2025 | Nolan Johnson -- Column: Nolan's NotesYou may recall when I’ve discussed the research and development of a particular magazine issue topic and how, at times, I’ve pivoted at the last minute because of what I learned from the information I’ve gathered. This month, my original focus was on cultivating your brand, but the more I investigated the topic, the more my subject experts leaned toward international supply chain strategies. Not surprisingly, these two disparate topics are far more interrelated than they might seem.