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PCB Design
Overcoming Design Hurdles with Integrated PLM Solutions
PCB design has always been intertwined with product development, spanning into realms like mechanical design and software development as progressively more advanced products are released to market. How does the electronics design portion of a system get rolled in with the rest of the product data? The answer is integration between CAD data management systems and PLM systems. On paper, the integration of PLM with existing design tools can sound
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Revolutionizing PCB Design: The Role of PLM
The increasing number of printed circuit boards needed in electronics today is pushing designers and engineers to pursue relentless miniaturization, level up performance capabilities, and shrink the development timeframe, shifting the way that PCBs are conceived and brought to life. In such a high-demand environment, traditional design tools are maxing out, which necessitates a change. To answer this need and transition the industry into a more
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Bridge the Information Divide: Altium 365 Meets Z2Data
Watch the webinar to learn how Z2Data can help you build resilience in engineering, compliance, and procurement through the comprehensive supply chain and component data.
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1:5:05
Altium Designer Overview
Join us in this webinar to see how Altium Designer brings the entire team together and to learn how easy
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Unpacking Semiconductor Packaging: Insights with Jan Vardaman
In this episode of the Altium OnTrack Podcast, host Zach Peterson sits down with Jan Vardaman, president and founder of TechSearch International. With decades of experience in semiconductor packaging, Jan shares her expert insights into the global semiconductor industry, focusing on the shift away from Asia for advanced manufacturing and the critical need for an integrated supply chain in the U.S. This episode not only highlights the
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India's New Semiconductor Fab Capacity in 2024
As the global semiconductor industry continues to expand globally, several nations are reassessing and fortifying their roles in this crucial sector. This strategic shift aims to ensure their competitive edge and address the industry's evolving needs. Among these nations, India's strategic move to ramp up its semiconductor fabrication capacity by 2024 stands out as a testament to its ambitions in the global technology arena . India’s initiative
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DC Block Filter Design
This article explains how to design and simulate a DC block filter for oscilloscope input channels. Learn about component selection, layout optimization, simulation results, and real-world validation to create a high-performance filter for a variety of hardware design needs.
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Beyond the Datasheet: Real-World Testing of Voltage Regulators
Mark delves into the intricate world of electronic components, specifically focusing on the performance of linear voltage regulators compared to switching regulators. He provides an in-depth analysis of how these components work, their advantages, and limitations. Mark's exploration includes a detailed examination of different brands and models, assessing their efficiency, noise levels, and voltage dropout. He highlights the practical implications of these differences, emphasizing the need for real-world testing over solely relying on datasheets. Mark's findings are particularly relevant for those dealing with sensitive circuits, where choosing the right regulator can significantly impact the performance and efficiency of the project
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How to Design a Thermal Prototype PCB
Thermal prototypes give you a chance to experiment with thermal loads on a variety of components. Here’s how to design these PCBs and what you can learn from them.
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Where is New Semiconductor Fab Capacity Being Built?
There are a number of factors to take into account when analyzing the growth of the semiconductor industry. New electronics and improved digital functions also rely on increased processing power from much smaller components, resulting in more capable products in compact packages—the art of digitalisation at its finest. . Over the past few years, industries have seen their greatest feats of digitalisation and development stunted by the disruption
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Why You Should Use Thermal Prototyping Instead of Simulations
Of all the potential problems with a design, thermal challenges are often the most difficult to predict. It's also the case that you don't notice a thermal management problem until you have already created prototypes and started testing. At that point, the mechanical team has to modify an enclosure, include any cooling mechanisms, and they may need to change many specs in a product. It's too late in the game to start changing specifications after
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Design with Confidence: Altium 365 Meets SiliconExpert
Watch the webinar to learn how SiliconExpert Integration in Altium 365 can optimize your workflows and elevate your design process.
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How Bad Are the Workforce Challenges in Electronics Manufacturing?
An aging workforce. A generation with a new mentality and different expectations. Surging demand and an industry that requires esoteric knowledge, practical experience, and hard and soft skills—it’s a confluence of circumstances that have led to a significant talent deficit. A study prepared for the Semiconductor Industry Association (SIA) by Oxford Economics showed the U.S. semiconductor industry faces a shortfall of roughly 67,000 workers by
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Building an AI Lab Assistant
In this article Ari Mahpour shows you how to put together an AI lab assistant leveraging GPT Actions with ChatGPT
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Why Future Electronics Designs Might Be Chiplet-Based
In the semiconductor industry's ever-evolving landscape, a shift is occurring from traditional monolithic chip architectures toward more modular, chiplet-based designs. This transition is not merely a change in manufacturing technique. It represents a significant evolution in how the electronics industry conceptualizes, designs and delivers the electronic components driving the modern world. Chiplet-based architectures are emerging as a driving
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Reducing Assembly Costs with Flexible Circuits
In the continuously evolving world of electronics manufacturing, the pursuit of efficiency and cost-effectiveness remains a constant. With each advancement in technology comes an opportunity to optimize assembly processes and drive down costs. One interesting illustration of this is the adaptation of flexible circuits over traditional wire and cable systems. Intuitively, one may first think that moving to a specialized technology such as a
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Overview of the National Advanced Packaging Manufacturing Program
The CHIPS and Science Act allocates $50 billion to the Department of Commerce, prioritizing the National Advanced Packaging Manufacturing Program (NAPMP) within CHIPS R&D. This initiative aims to bolster U.S. dominance in advanced packaging, fostering domestic manufacturing and skilled labor essential for semiconductor packaging. NAPMP is integral to CHIPS for America's mission, accelerating the deployment of crucial semiconductor technologies by
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