Figure 1 Block diagram of a secondary-side controlled power adapter using PAG1S and PAG1P
Sandia National Laboratories researchers in the Mechanics of Materials department utilize the new fracture testing hangers for traditional interlaminar composite fracture testing as well as advanced hybrid composite laminates, as shown here.
Example of the deposited perovskite pillars, defining a pixel for the creation of an image.
A quantum circuit
This BELLA HTT laser system enables multipulse, high-energy-density photon sources for LaserNetUS and other experiments.
Prof. Dr Gerhard Paulus, PhD student Felix Wiesner and Dr Silvio Fuchs (from left) in a laser lab of the Institute of Optics and Quantum Electronics at the University of Jena.
Artistic illustration of the graphene-based electro-absorption modulator.
AVX’s Ron Demcko
Researchers at SLAC National Accelerator Laboratory and Stanford University discovered that focusing intense, circularly polarized laser light on a topological insulator generates harmonics that can be used to probe electron behavior in the material's topological surface, a sort of electron superhighway where electrons flow with no loss. The technique should be applicable to a wide range of quantum materials.
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Figure 1. PV sweep measurement with the LTC2058
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Figure 1: External circuit schematic
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Figure 1: MPQ4430 Buck Converter Example
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Figure 1: A three-phase sensor-less PMSM control system that uses a three-phase voltage source inverter
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Figure 1. Typical AC/DC power supply for telecom and server applications
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Figure 1: Arrangement of ESD suppression device within the 100BASE-T1 MDI interface, OPEN Alliance SIG (2019)
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Figure 1: RON is a product of the cumulative resistances from the drain to the source of a MOSFET device
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Figure 1: To make EVs and charging stations compatible, independent of whether they use the same voltage, the power delivery network uses a Vicor non-isolated fixed-ratio bus converter module (NBM) to convert either 800V to 400V or 400V to 800V at 6kW. This high-efficiency, high-density, scalable solution enables EVs of different battery voltages to utilize the same charging stations
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Figure 1. The key technologies driving the 4th industrial revolution are impacting the power supply industry in more ways than ever before. How will power designers respond?
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Figure 1. A push-pull converter helps to streamline an isolated power supply design in 12V EV applications.
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Figure 1: Input current and ripple with in phase switching (red) and out-of-phase switching (blue)
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Figure 1. USB Type-C and USB Power Delivery are bringing the conveniences of fast data transfer and charging to portable devices
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Coilcraft inductor schematic
