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| resources:technical-guides:model_aducm350 [13 Sep 2016 13:10] – Dylan Stuart | resources:technical-guides:model_aducm350 [12 Oct 2016 16:52] – [Procure MathWorks' Licenses] Tom MacLeod |
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| New landing page for ADuCM350 Simulink model. | New landing page for ADuCM350 Simulink model. |
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| ====== Prerequisites ====== | |
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| MATLAB R2016a or newer | |
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| ==== Required toolboxes ==== | ====== Before You Start ====== |
| * MATLAB | |
| * Simulink | |
| * Simscape | |
| * SimElectronics | |
| * Stateflow | |
| * Signal Processing | |
| * DSP | |
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| ==== How to get trial licenses ==== | ===== Procure MathWorks' Licenses ===== |
| [[resources:technical-guides:mathworks_licenses|Directions available here]] | |
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| | The ADuCM350 model is developed using MathWorks' products, which require licensing. Trial licenses are available as needed. |
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| | [[resources:technical-guides:model_aducm350_licenses|Please visit this page for directions.]] |
| ====== Getting Started ====== | ====== Getting Started ====== |
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| ===== 1. Opening the Model ===== | ===== 1. Opening the Model ===== |
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| Simple simulations can take a few seconds to run (e.g. single frequency impedance measurements, short amperometric measurements), while longer or more granular simulations have no upper bound on their run time (e.g. amperometric measurements can run through unlimited periods, impedance measurement sweeps can take very small increments), though for most purposes simulations should take no longer than 10 or 15 minutes on a modern PC. Once the simulation is complete, a plot will appear in a separate window showing the simulation results. | Simple simulations can take a few seconds to run (e.g. single frequency impedance measurements, short amperometric measurements), while longer or more granular simulations have no upper bound on their run time (e.g. amperometric measurements can run through unlimited periods, impedance measurement sweeps can take very small increments), though for most purposes simulations should take no longer than 10 or 15 minutes on a modern PC. Once the simulation is complete, a plot will appear in a separate window showing the simulation results. |
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| ==== 3.6. Analyzing the simulation results ==== | ==== 3.6. Analyzing the Simulation Results ==== |
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| The plots produced by the simulations provide a good visual mechanism to quickly interpret the results. For further analysis, the outputs of the simulation are stored in variables in the Matlab "Workspace", accessible in the main Matlab window. For impedance measurement simulations, the magnitude of the impedances are stored in the "mags" variable with unit Ohms, and the phase/arguments of the impedances are stored in the "args" variable with unit Degrees. For current measurement simulations (Amperometric, Chronoamperometric, User Defined), the resulting sampled current values in Amperes are stored in the "mags" variable. These variables hold column vectors of the results which can be seen by double clicking on the variable name. The results can be analysed further using Matlab, or by copying them into another analysis tool (e.g. Excel). | The plots produced by the simulations provide a good visual mechanism to quickly interpret the results. For further analysis, the outputs of the simulation are stored in variables in the Matlab "Workspace", accessible in the main Matlab window. For impedance measurement simulations, the magnitude of the impedances are stored in the "mags" variable with unit Ohms, and the phase/arguments of the impedances are stored in the "args" variable with unit Degrees. For current measurement simulations (Amperometric, Chronoamperometric, User Defined), the resulting sampled current values in Amperes are stored in the "mags" variable. These variables hold column vectors of the results which can be seen by double clicking on the variable name. The results can be analysed further using Matlab, or by copying them into another analysis tool (e.g. Excel). |
