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Figure 1. General Block Diagram of a Switch Mode Power Supply (SMPS)
The industry’s first I3C intelligent switch devices
Lift Energy Storage Technology (LEST) (a) system components, (b) not changed and (c) fully charged building, (d) operating on energy storage, (e) electricity generation, or (f) ancillary services mode.
Gene Sheridan, Navitas CEO and co-founder
Application example for the PIC32CM LS60
Wall-mount AC-DC power supplies with enhanced home healthcare design
Power Integrations Expands InnoSwitch4-CZ Integrated Switcher Family to 220 W
Located in the heart of the coal development region of Eastern Montana, the Northern Cheyenne Tribe has remained steadfast in their resistance to fossil fuels. In 2016, The Northern Cheyenne Tribal Council passed a resolution to pursue renewable energy. Today, the White River Community Solar Project represents the first step the Tribe is taking to generate all of its own energy from renewables while also creating jobs and driving economic development.
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The CEO of GaN Systems, Jim Witham
Dr. John Nelson, President and CEO, UTAC
Hidetoshi Shibata, President and CEO of Renesas
Resonant inelastic X-ray scattering reveals high-energy nematic spin correlations in the nematic state of the iron-based superconductor, FeSe. Image: Beijing Normal University/Qi Tang and Xingye Lu
Tarek Gebrael, The Grainger College of Engineering, University of Illinois Urbana-Champaign Ph.D. student
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A supercapacitor is similar to a rechargeable battery but the main difference is in how the two devices store charge. A battery uses chemical reactions to store and release charge, whereas a supercapacitor does not rely on chemical reactions. Instead, it relies on the movement of electrons between electrodes, so it takes longer to degrade and has a longer lifespan.
Fig.1 Left: Forming a barrier in the plasma to confirm heat inside. Right: By breaking the barrier, turbulence was discovered that moves faster than the heat, as the heat escapes from inside the plasma.
Jeff Brown, consumer programs manager, of PSO
Steve Fludder, CEO of LS Energy Solutions
Mike IrIbeck from CSU’s NASA Robotic Mining Competition Team.
Brendon Cook, Chief Partnership Officer, Blackline Safety
Professor Naira Hovakimyan from the University of Illinois’ Department of Mechanical Science and Engineering department
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Figure 1. An electrical schematic of a power supply based on the LT8714 operating in two quadrants VIN 12 V, VO ±5 V at 6 A
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Figure 1: The block diagram of the MDC901 GaN gate driver
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Figure 1. Precision high-side current sense circuit based on the LTC2063 zero-drift amplifier
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Figure 1: The evolution of process technologies improves upon the trench gate structure for a lowered on-resistance per unit area
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Figure 1: Data center energy use has stayed flat even with exponential traffic increase. Source: IEA
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Figure 1. Power delivery and power efficiency has become the largest concern in large scale computing systems. The industry has witnessed a dramatic increase in power consumed by processors with the advent of ASICs and GPUs processing complex AI functions. Rack power has also subsequently increased with AI capability being utilized in large scale learning and inferencing application deployments. In most cases, power delivery is now the limiting factor in computing performance as new CPUs look to consume ever increasing currents. Power delivery entails not just the distribution of power but also the efficiency, size, cost and thermal performance
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Figure 1: 1200A MPE HEMP Filter
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Figure 1: An electrolytic capacitor essentially consists of an anode and cathode film, separator paper, and electrolytes
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Figure 1. Intelligent Rack PDUs for Powering, Monitoring, and Managing Critical Infrastructure
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Figure 1: Unipolar RDS∙A versus breakdown voltage data by technology (room temperature)
