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We reduce the velocity of single photons emitted from a quantum dot down to 3% of the speed of light in vacuum. We demonstrate a polarization preserving delay line that can accommodate 15 single photons.
A systematic flow is described for characterizing, modeling, and simulating single event transient-induced soft errors in cell-based designs. Pulse broadening effects are quantified for a 65 nm CMOS process.
IC industry with the rapid development of science and technology, and product diversification, and reduce the life cycle. How to accurately control the progress of the production line to meet the customer requirement is an important issue. Packaging and assemble is the last process for IC final product. The Wire bond stations are the most variation in the packaging and assemble process. For the purpose...
This paper argues for alternate state variables and new types of sophisticated devices that implement more functionality in one computational step than typical devices based on simple switches. Elementary excitations in solids enabling wave interactions are possible initial candidates to create such new devices. The paper focuses on magnon-based spin-wave-logic functions (SPWF) and presents high fan-in...
In this paper, we discuss probabilistic simulation techniques used to estimate dynamic power and especially glitch power. Major attention is paid to the problem of modeling inertial delay for using these techniques to estimate switching density at gate level. The inertial delay has a great impact on the glitch power due to filtering effects and is almost impossible to be modeled completely. We propose...
Three types of pulse transformers with different parameters were described for investigating the delay characteristics of the triggered vacuum switch (TVS). A design circuit for controlling the TVS is proposed herein. The experimental data show that the pulse transformer with low leakage inductance is of good performance in triggering the TVS. By means of changing the charge voltage and the capacitance...
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