Difference between revisions of "Visualizing Simulation Data Using Graphs and Tables"
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When you run a "Live Simulation" in [[B2.Spice A/D]], the simulation results are typically displayed in real time using either [[Virtual Instruments|virtual instruments]] or circuit [[animation]] on your schematic. At the end of [[B2.Spice A/D]] [[Tests]], the simulation results are normally displayed using graphs, tables or both. [[B2.Spice A/D]] has a powerful "Data Manager" that can generate a variety of graphs types and tables for visualizing and displaying your test results. Some [[Virtual Instruments|virtual instruments]] allow you to record the simulation data during a live simulation and then plot them on a graph, too. | When you run a "Live Simulation" in [[B2.Spice A/D]], the simulation results are typically displayed in real time using either [[Virtual Instruments|virtual instruments]] or circuit [[animation]] on your schematic. At the end of [[B2.Spice A/D]] [[Tests]], the simulation results are normally displayed using graphs, tables or both. [[B2.Spice A/D]] has a powerful "Data Manager" that can generate a variety of graphs types and tables for visualizing and displaying your test results. Some [[Virtual Instruments|virtual instruments]] allow you to record the simulation data during a live simulation and then plot them on a graph, too. | ||
| − | At the end of an analog or mixed-mode circuit simulations, the node voltages, branch currents and device powers are typically available for graphing or tabulation. Voltages, current and powers are usually plotted as a function of time or frequency. In the case of a Network Analysis test, port characteristics like scattering, impedance or admittance [[parameters]] are also computed. At the end of a digital circuit simulation, it is the state of the digital inputs and outputs | + | At the end of an analog or mixed-mode circuit simulations, the node voltages, branch currents and device powers are typically available for graphing or tabulation. Voltages, current and powers are usually plotted as a function of time or frequency. In the case of a Network Analysis test, port characteristics like scattering, impedance or admittance [[parameters]] are also computed. At the end of a digital circuit simulation, it is the state of the digital inputs and outputs that you would like to visualize. |
[[B2.Spice_A/D | Back to B2.Spice A/D Wiki Main Page]] | [[B2.Spice_A/D | Back to B2.Spice A/D Wiki Main Page]] | ||
Revision as of 19:59, 10 July 2014
When you run a "Live Simulation" in B2.Spice A/D, the simulation results are typically displayed in real time using either virtual instruments or circuit animation on your schematic. At the end of B2.Spice A/D Tests, the simulation results are normally displayed using graphs, tables or both. B2.Spice A/D has a powerful "Data Manager" that can generate a variety of graphs types and tables for visualizing and displaying your test results. Some virtual instruments allow you to record the simulation data during a live simulation and then plot them on a graph, too.
At the end of an analog or mixed-mode circuit simulations, the node voltages, branch currents and device powers are typically available for graphing or tabulation. Voltages, current and powers are usually plotted as a function of time or frequency. In the case of a Network Analysis test, port characteristics like scattering, impedance or admittance parameters are also computed. At the end of a digital circuit simulation, it is the state of the digital inputs and outputs that you would like to visualize.
