Results 211 to 220 of about 43,201 (264)
A Multi-Beam Phased Array Receiver Front-End with High Performance Ceramic SiP. [PDF]
Micromachines (Basel)Zhang H, Guo LX, Dun S, Li X, Xu X.
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1998
Keeping power dissipation within bounds is rapidly becoming one of the main challenges in contemporary microprocessor design. Modern processors are indeed hot: Intel’s Pentium Pro consumes about 23 W [1] and DEC’s Alpha 21164 chip dissipates up to 50 W [2].
Bibiche Geuskens, Kenneth Rose
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Keeping power dissipation within bounds is rapidly becoming one of the main challenges in contemporary microprocessor design. Modern processors are indeed hot: Intel’s Pentium Pro consumes about 23 W [1] and DEC’s Alpha 21164 chip dissipates up to 50 W [2].
Bibiche Geuskens, Kenneth Rose
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Power dissipation in nanoscale conductors
Journal of Physics: Condensed Matter, 2002A previous tight-binding model of power dissipation in a nanoscale conductor under an applied bias is extended to take account of the local atomic topology and the local electronic structure. The method is used to calculate the power dissipated at every atom in model nanoconductor geometries: a nanoscale constriction, a one-dimensional atomic chain ...
Montgomery, Malachy +2 more
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2001
Field-Programmable Gate Arrays traditionally have been used in environments where their energy consumption was not critical. Present day portable devices have become more complex, and can take advantage of the programmability offered by the FPGA. This environment places stress on the energy efficiency of FPGAs, which is lacking in existing commercial ...
Varghese George, Jan M. Rabaey
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Field-Programmable Gate Arrays traditionally have been used in environments where their energy consumption was not critical. Present day portable devices have become more complex, and can take advantage of the programmability offered by the FPGA. This environment places stress on the energy efficiency of FPGAs, which is lacking in existing commercial ...
Varghese George, Jan M. Rabaey
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Power Dissipation In Acute Hypertension
[1990] Proceedings of the Twelfth Annual International Conference of the IEEE Engineering in Medicine and Biology Society, 2005A new concept for assessing the effect of increased arterial load and wave reflection is introduced. The power associated with the forward (Wf) and reflected (Wr) waves were computed for the normal and vasoconstricted conditions. Results show that increased power associated with vasoconstriction is used mostly to overcome the increased wave reflection.
P.S. Geipel, J.K.-J. Li
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Power dissipation in automotive suspensions
Vehicle System Dynamics, 2011For a standard quarter-car vehicle model and a road disturbance whose velocity profile is white noise, it is shown that the power dissipated in the suspension is proportional to the tyre vertical stiffness and the noise intensity, but is independent of all masses and suspension parameters.
Malcolm C. Smith, Stuart J. Swift
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Monitoring Power Dissipation for Fault Detection
Journal of Electronic Testing, 1997In this paper, we suggest that the dynamic power dissipation of a circuit can be used to detect faults in it. The change in dissipation caused by a fault can be maximized by applying specific test vectors. For example circuits, we show that the power dissipation can be used to detect faults which do not affect static power dissipation.
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