Please complete the exercises in this previous tutorial as we will be using the simulation data files from multiple Xyce transient simulations of the M-MSS model pulse response in this tutorial for extracting and plotting the results. See instructions for installing Octave for your system in the previous detailed tutorial Simulating the Knowm M-MSS Memristor Model Pulse Response with Qucs-S and Xyce. It is available for macOS 10.12 Sierra and Ubuntu 16.04 LTS (Xenial Xerus).
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Many thanks to the Qucs/Qucs-S Development Team for the detailed documentation of the Qucs-S/Octave interface which facilitated the development of the included Octave scripts for this project. Some of the following text is taken directly from the Qucs-S Help - Ch.6.7.
In this post I will demonstrate automatic execution of post-simulation data processing scripts provided by Qucs-S along with some additional scripts that I have written to provide extra facilities for handling multi-dimensional simulation results from our Xyce pulse transient analysis for the M-MSS model.
The Octave syntax is largely compatible with MathWorks’ MATLAB and provides capability to integrate additional open-source applications that use the standard Matlab.
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Octave not only adds full numerical analysis and programming capabilities but also makes available all the features provided by the the many optional Octave Tool Boxes available on Octave-Forge and other open-source repositories. With built-in plotting and visualization tools Octave makes it possible to create additional user modules for post-analysis including parameter extraction, advanced numerical computation, custom plotting and data conversion. We will further discuss the capabilities of Qucs-S – combining its functionality with Octave – a powerful open-source mathematics-oriented scripting language. The course contains theoretical video classes with examples, quizzes, and an entire set of simulation files, step-by-step procedures, recorded data of real-life circuits, and solution videos so that students can learn from and build even better circuits.Today I’ll be discussing advanced features of the Knowm Open-Source EDA Stack that include extensions to Qucs-S for post-analysis of the M-MSS ( Mean Meta-Stable Switch Memristor Model ) pulse response simulation results we explored in my last post Simulating the Knowm M-MSS Memristor Model Pulse Response with Qucs-S and Xyce. But ultimately, this would allow students to design and build their own transceiver at home! The other 30% will require students to either get access to an electronics lab or to purchase a few off-the-shelf components. The design labs are completely optional for obtaining the certificate, but they are recommended because they allow students to put into practice all the acquired theoretical knowledge, and of course, implementing the circuits is where all the fun is! The students will be able to do 70% of the design labs using simulation tools, which already offers a great learning experience. It is divided into two parts: (1) theoretical lectures will cover the basis of RF and mmWave Circuit Design and (2) design labs will include simulation and implementation of these circuits.
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The course covers the topics on how to derive the RF wireless systems specifications, and how to design the main building blocks of a transceiver, i.e., low noise amplifier, power amplifier, RF mixers, oscillators, and PLL frequency synthesizers. This unique Master-level course offered by the Center for Wireless Technology Eindhoven (CWT/e) of the Eindhoven University of Technology, The Netherlands, provides students with in-depth knowledge and hands-on experience on RF and mmWave circuit design.
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