You will need to have Java installed on your computer before you can use the JSpice simulator. JSpice is being delivered as an executable Java Archive. This post covers installation and use on macOS and support for Xyce (Serial) simulations only. It is available for macOS 10.12 Sierra and Ubuntu 16.04 LTS (Xenial Xerus).
#QUCS LATEST VERSION UPDATE#
Update to the latest release candidate rc5 of the Knowm OSS EDA Stack. The example Qucs-S/ Xyce/ JSpice compatible project knowm_mr_pulse_j experiment will be covered in this tutorial. the incremental pulse values to evaluate the incremental pulse response of the model.Īn example Qucs-S project has been created to perform various experiments that we will later set up on actual memristor devices using the Knowm Memristor Discovery board and associated extender modules. The I will adding an Octave script to perform post analysis of the simulated data to extract resistance and conductance values and plot these values vs.
I will be comparing the simulation results of the M-MSS model’s response to a rectangular square wave pulse using while varying the pulse pulse width and duty cycle. In this post I will discuss extensions to Qucs-S that have been added to support the Knowm JSpice SPICE-inspired simulator to run transient simulations of a memristor using the M-MSS (Mean Meta-Stable Switch Memristor Model). In the post titled Simulating the Knowm M-MSS Memristor Model Pulse Response with Qucs-S and Xyce, I presented the dynamic behavior of the M-MSS model’s response to a square wave pulse with various pulse configurations while introducing some more advanced features of Qucs-S and Xyce integration.
0 kommentar(er)
