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Energy Harvesting Electronics: From CES 2025 to a Battery-Free Future
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Energy Harvesting Electronics: From CES 2025 to a Battery-Free Future

6 min
Newsletters
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The electronics industry is on the cusp of a quiet revolution. For decades, our devices – from smart sensors and wearables to remote monitors – have relied on disposable batteries that are costly to replace and difficult to recycle. But what if those devices could power themselves? Thanks to breakthroughs in energy harvesting, self-powering devices are becoming a reality. From kinetic generators to photovoltaic hybrids, new energy harvesting...
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Electret Generators: The Unsung Heroes of Motion Energy Harvesting
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Electret Generators: The Unsung Heroes of Motion Energy Harvesting

6 min
Newsletters
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Electret generators are the unsung heroes of energy harvesting. These electrostatic generators convert ambient mechanical energy – such as vibration, motion, and pressure – into electrical power using electret materials. With no coils, no magnets, and few moving parts, they use electrostatic induction to convert subtle movements into usable current, with no external priming or charging required. Their simplicity and durability make them effective...
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Digital Transformation in Aerospace Electronics Design
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Digital Transformation in Aerospace Electronics Design

9 min
Blog
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The demand for advanced avionics and space systems is surging, with the global aerospace electronics market forecast to reach $206 billion by the end of 2030. But this growth doesn’t come without a dramatic increase in difficulty. Modern aircraft and spacecraft aren’t what we previously considered “typical” vehicles. They have become something else entirely. Now, they resemble sophisticated, interconnected networks of sensors, processors, and...
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Design for Sustainability with Printed Electronics
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Design for Sustainability with Printed Electronics

7 min
Blog
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Governments around the globe are directly or indirectly addressing the aspect of sustainability, though in varying degree and intensity, not least in respect to recent inflation and international supply chain tariffs. They are calling upon manufacturers to reduce waste, energy consumption, chemicals, and their general environmental impact across the products' life cycle.  The electronic product life cycle constitutes an industry that must handle...
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Cost Optimization Strategies for Medical Electronics
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Cost Optimization Strategies for Medical Electronics

10 min
Blog
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$5 Billion: That's the estimated annual savings the medical electronics industry could achieve through effective cost optimization strategies. In an industry where precision, compliance, and innovation are paramount, finding ways to reduce costs without compromising quality is crucial. Leveraging the collaborative features of Altium 365, design engineers can implement strategies that not only cut costs but also enhance product reliability and...
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How Structural Electronics Is Reshaping Electrical Engineering
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How Structural Electronics Is Reshaping Electrical Engineering

9 min
Blog
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In the ever-evolving landscape of electrical engineering, a revolutionary approach is gaining momentum: structural electronics. Unlike traditional electronics that are housed within protective casings, structural electronics integrate electrical functionality directly into the materials that form the structure of a device. This paradigm shift represents a fundamental reimagining of how we design, manufacture, and implement electronic systems....
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Streamline your customer relation with Altium 365 Enterprise
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Streamline your customer relation with Altium 365 Enterprise

45 min
Webinars
Altium, the leading global developer of software for electronics design, invites you to participate in this webinar "Streamline your customer relation with Altium 365 Enterprise". Join our webinar designed for engineers and users in EMS companies and discover how Altium 365 Enterprise, beside its design & development capabilities, enables pre- & post sales customer relationship by providing never seen collaboration and documentation capabilities...
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Best Practices for Managing Component Obsolescence in Aerospace Electronics
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Best Practices for Managing Component Obsolescence in Aerospace Electronics

7 min
Blog
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Extending the life of aerospace equipment goes hand-in-hand with proactive planning for future component transitions. Just as electric vehicles (EVs) have evolved to incorporate components and features once exclusive to consumer electronics, aerospace systems may eventually follow suit—adopting smaller, more powerful, and more sustainable parts. While aerospace maintains a much higher degree of regulatory compliance, the industry can at least...
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Component Standards for Automotive Grade Electronics
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Component Standards for Automotive Grade Electronics

10 min
Blog
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The automotive industry relies heavily on electronics for safety, performance, and user experience. From engine control units (ECUs) to infotainment systems, electronic components must meet strict standards to ensure reliability in harsh conditions. Unlike consumer electronics, automotive grade components must withstand extreme temperatures, vibrations, moisture, and long lifespans. To ensure quality, manufacturers follow international standards...
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