The full version of Sonnet has a kinetic inductance metal definition under the "General" metal type, but it's grayed out for Sonnet Lite, so it must not be available for the free version. In brief, SONET defines optical carrier (OC) levels and electrically equivalent synchronous transport signals (STSs) for the fiber-opticbased transmission. It's only going to be valid at one frequency, so if it varies a lot with frequency you'll need to modify Xdc and resimulate at each frequency. You could do this with Sonnet Lite by using a "General" metal type, and assigning an Xdc value that gives you the same reactance as the kinetic inductance. Not sure if the AWR EM simulator can do this or not. Im posting it a a day early so that any one who wishes to, can use it in services or events on this Remembrance Sunday. I was planning on doing this using the reactance in the impedance definitions menu however I cant find the precise units MWO uses anywhere, I was wondering if anyone knew?Īnother thing that might be a problem is that since I want to model the kinetic inductance id like the total reactance to be frequency dependent I was wondering if anyone knew whether this was possible. As we approach Remembrance Sunday I am reposting this sonnet about the two minutes silence, which was first published in my book Sounding the Seasons. We simulate BB84 operation with several security attacks scenario and noise immune key distribution in this work. This simulation framework emphasize on experimental components of quantum key distribution. I'm trying to simulate the kinetic inductance of a superconducting line in MWO EM-Sight. In this paper, we propose a modeling and simulation framework for quantum key distribution protocols using commercial photonic simulator OptiSystem.
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