Researchers at the George Washington University have developed a nanophotonic analog accelerator to solve challenging engineering and science problems, known as partial differential equations, in fractions of a second.
Multiparticle scattering in plasmonic systems
James R. Scapa, founder and chief executive officer, Altair
Vincent Roche, President and CEO of Analog Devices, announced the company's acquisition of Maxim Integrated Products.
Hassane El-Khoury, president and chief executive officer of onsemi
C-Power CEO Reenst Lesemann
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Figure 1. Class-D multi-chip modules integrate PWM modulator, high voltage gate driver, MOSFET output stage, and protection features in one device. (MERUS™ application brochure).
Virgin Galactic's SpaceShipTwo
Illustration of the XPCS experiments. The translation and rotation of the particles within the scattering volume leads to variation of the speckle patterns shown on the right. While the grainy, noise-like texture makes these images appear visually similar, the MTECS algorithm is able to detect and analyze tiny variations between patterns.
WVU's Piyush Mehta was recently awarded a $750,000 grant to create an artificial intelligence-based algorithm for use in NASA deep space missions.
The image shows the new system during a calibration process that involves a CMOS camera. The light spot where measurements are acquires as well as the fast-steering mirror (FSM) and confocal chromatic sensor (CCS) can be seen.
Staff scientist Jurek Sadowski (left) and postdoc Zhongwei Dai at the Quantum Material Press (QPress) facility at the Center for Functional Nanomaterials (CFN) at Brookhaven National Laboratory. The large circular piece is the central QPress robot, with various modules attached on the sides for sample annealing, film deposition, plasma cleaning, and sample libraries. The full QPress system, still under development, will automate the stacking of 2-D materials into layered structures with exotic properties for quantum applications.
Magnus Asbo, Senior Director of Technical Product Management at SolarEdge
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Emerson’s modernization of Golden Valley Electric Association’s Eva Creek wind farm automation technology and software increases the reliability of low-cost, clean energy generation for customers in northern Alaska.
Y. Charlie Hu, Michael and Katherine Birck Professor of Electrical and Computer Engineering at Purdue University.
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Yoelis Brito of Newark, New Jersey, who won the annual Acopian Power Supply Engineering Scholarship
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Figure 1. The LTM4638 and LTM4626 differ in output current but have identical pinout
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Figure 1. Automotive USB charger block diagram
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Figure 1: The upper part shows a schematic of power modules on closed (top) and open (bottom) liquid heat-sink solutions. The lower part is a picture of the wave technology on the power module baseplate together with the open heat sink
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Figure 1: When it comes to charging EVs, there are several methodologies depending on the operating paradigm and available infrastructure
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Figure 1: Transient test comparison: 48V-to-12V at 75A compared to a 12V battery. The Vicor NBM2317 power module response to a 50A load is three times faster than a standard 12V battery
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Figure 1: Automotive LED applications
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Figure 1: Conventional Wireless Charger Design
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Figure. 1 XP Power HRC05 power module
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Figure 1: New White chip LEDs improve visibility
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Figure 1: Modern data center racks (Source: FPM datacom brochure)
