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1 week ago | 
electropages.com | Gary Elinoff
A Silicon Carbide based EV Power Inverter: Wolfspeed Key Takeaways about SiC and GaN Power Semiconductors Boost EV Driving Ranges: EVs rely on a DC-based power distribution system. The various subsystems within an EV require many different operating voltages, and drive motors typically require 3-phase AC. GaN and SiC power semiconductors operate at high speeds and can handle high voltages and power.
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1 week ago | 
electropages.com | Gary Elinoff
Comparison of Silicon, GaN, and Sic Semiconductors.
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4 weeks ago | 
electropages.com | Gary Elinoff
Automotive Zonal Architecture. Image source: MDPI Key Takeaways: Software Defined vehicles depend on software updates rather than hardware replacement for affecting improvement or dealing with operational issues. SDVs, at present, depend on Domain-based Architecture, with Zone-based architecture embodying the next phase in vehicular evolution. Domain-based vehicles will be cheaper to manufacture, maintain and update.
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1 month ago | 
electropages.com | Gary Elinoff
Key Thing to Know: E-Paper displays allow users to to read ever-changing digital content on paper, eliminating glare and eye strain. They don’t generate light but reflect it, making them a go-to choice for outdoor displays They only use power when the image changes, making them extremely power-stingy. Their high latency makes them inappropriate for some applications.
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1 month ago | 
electropages.com | Gary Elinoff
MicroLEDs on a CMOS Substrate. Image source: Ansys Key Takeaways about OLEDs and MicroLEDs are the keys to Brighter, More Efficient Displays Displays based on OLEDs and MicroLEDs, due to their ability to engender "true black" pixels, can create images of striking beauty. OLEDs are well-established choices for many visual applications. MicroLEDs are still too expensive for most use cases.
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2 months ago | 
electropages.com | Gary Elinoff
AI can Tame even the most Complex Circuit Designs, but only with Human Help. Key Takeaways about AI Injects Steroids into the Circuit Design Process AI Circuit Design searches for solutions for design challenges similar to the one at hand. AI attempts to tackle design problems in a sequential basis, but is always ready for multiple iterations, to make design improvements based on knowledge gained.
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Feb 14, 2025 | 
electropages.com | Gary Elinoff
3 Dimensional Structure of Q8I3H7, a protein which may protect the malaria parasite against attack by the Immune system. Image source: AlphaFold Key Takeaways about Drug Discovery Fast Tracked by Artificial Intelligence Bringing a candidate drug to market often takes 10 years and a $2 Billion Dollar investment. AI-developed drugs are cheaper to develop. Over 80% of AI-developed drugs pass phase 1 clinical trials.
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Jan 29, 2025 | 
electropages.com | Gary Elinoff
Key Takeaways about Point Of Care Sensors and 5G Networks Revolutionize Health Care Point-of-care diagnostic sensors make remote health monitoring a reality. Patients can not only leave the hospital earlier but also have their vital readings continuously accessed from anywhere. The data bandwidths required will be enormous, so system designers are utilizing cellular networks.
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Jan 16, 2025 | 
electropages.com | Gary Elinoff
Key Takeaways about Blood Sweat and Saliva Garnering medical information from blood, sweat, or saliva involves a synergy between electronics and biochemistry. Medical Sensors based on blood, sweat, and saliva speed up testing and make it less dependent on expensive centralized medical testers. Point of care devices (POC) make it possible to obtain measurements of critical biomarkers continuously, as the subject goes through the ordinary stresses of daily life.
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Dec 11, 2024 | 
electropages.com | Gary Elinoff
Image source: Nature Key Takeaways about Remote Health Monitoring Courtesy of the Internet of Things: Modern medical sensors work by converting biological readings into digital values. The Internet of Things can convey those digital outputs a yard away to a person’s smartphone or to a data center located anywhere. The availability of continuous, real-time body parameter readouts will be a boon to physicians in both diagnostics and research.
