Figure 1: Si MOSFET-based architecture for providing AC power to the CPU or GPU
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Figure 1 - Complete 3D CAD tool suites offer capability to create production level drawings
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Figure 1: A typical ‘power tree’ for a Xilinx Zynq 7 device
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Figure 1. Dispense Line Consistency (um)
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Figure 1. The above graph shows the strong growth opportunity at hand as emission standards drive a significant shift to battery electric vehicles. (Source: Yole and Cree estimates)
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Figure 1. A baby-faced service robot on the CES 2020 show floor. (Picture courtesy of Reno Rossetti)
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Figure 1. Twisted pairs in an Ethernet cable powered by Power over Ethernet
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Figure 1. Ultralow EMI emission LT8609S 12 V to 5 V synchronous step-down converter
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Figure 1: LAPP’s Ölflex Classic control cables include the flame-retardant 130H version, which is suitable for facilities that face high fire risks.
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Figure 1: Delta configuration
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Figure 1: HRR operation is similar to fixed ratio at lower Vin, but limits Vout at higher values of Vin
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Figure 1. One possible FPGA power tree: a high voltage input supply (for example, 12 V, 24 V, or 48 V) is stepped down to an intermediate voltage bus feeding the POL regulators that power the FPGA
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Figure 1. Sensors must offer versatility for broad applicability
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Figure 1a. Example voltage and current discharge curves for 10 kW discharge from one module with 56 V float voltage
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Figure 1. Rated to IP67, the KSC3 series sealed tact switch offers positive adaptable tactile feeling
Simulated low temperature (left) and high temperature (right) phase of a 2D Ising model, where blue points are spins pointing up, and the red points are spins pointing down.
Rice University theorists have calculated flexoelectric effects in double-walled carbon nanotubes. The electrical potential (P) of atoms on either side of a graphene sheet (top) are identical, but not when the sheet is curved into a nanotube. Double-walled nanotubes (bottom) show unique effects as band gaps in inner and outer tubes are staggered.
Automated detection and inventorying of energy systems using photovoltaic facilities as an example. (Photo: Google Maps/greenventory)
Increasing the efficiency of Solid oxide fuel cells (SOFCs)
Siemens connects healthcare providers and medical designers to produce components through additive manufacturing
(from R-L): Assoc Prof Liu Linbo and one of his researchers Dr Xinyu Liu from NTU Singapore, have developed the prototype of a handheld medical imaging device, which produces images 100 times higher resolution than what X-Ray, computed tomography (CT) and Magnetic Resonance Imaging (MRI) machines can provide.
For exciton-exciton annihilation to occur, two excitons must interact with each other. These interactions are well-characterized for 1D and 2D systems. In a 1D system, we can think of exciton interactions occurring like schoolchildren talking on a bus.
2020 LHC Olympics logo.
Proof of concept for cascaded terahertz accelerator using long pulses. The mini-accelerator uses terahertz radiation that can be recycled for a second stage of acceleration.
Abdulmalik Obaid (on left) and Nick Melosh with their microwire array. This bundle of microwires can enable researchers to watch the activity of hundreds of neurons in the brain in real time.
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Dr Agustin Schiffrin and his team at the School of Physics and Astronomy (Monash University)
This 1.5-meter-long experimental setup was used to test the effectiveness of a submerged temperature sensor to charge and transmit instructions to a solar panel.
New chip-based devices contain all the optical components necessary for quantum key distribution. The cost-effective platform is designed to facilitate citywide networks.
The X-Burst framework developed at TU Graz can be integrated into the operating system of existing devices.
This film derived from fish scales could someday be used in flexible electronic devices.
PPPL physicist Nathan Ferraro with image from cover of report behind him.
This image shows steel-steel composite metal foam samples before testing (right) and after 100 minutes exposure to 825C (left).
Atoms in a glass vapor cell are excited with laser beams to Rydberg states. They detect the electric fields (coming from the gold antenna in the background) and imprint the information back onto the laser beams.
Korean TV makers aim to refill panel inventories to meet shipment targets
The research group "Ultrafast Nano-Optics" at the University of Oldenburg, Germany, investigates processes in the nanoworld using lasers that emit extremely short flashes of light.
