- 易迪拓培训,专注于微波、射频、天线设计工程师的培养
CST2013: Special Solver Parameters - Steady State
Simulation: SolverStart SimulationSpecialsSteady State
Maximum solver duration
Number of pulses: This number limits the maximal simulation time. This limit is calculated by multiplying the given number with the Gaussian pulse width that is used as stimulation signal. This pulse width depends on the frequency range resp. total time addressed by the reference excitation signal.
Time: This number limits the maximal simulation time.
Propagation distance: This number is used to calculate the maximal simulation time by dividing it with the speed of light.
Normally the simulation time should not reach this limit. It should be stopped automatically by the steady-state test. You can set the accuracy for the steady state test in the solver dialog box. This test considers the energy decay and also the decay of the port mode amplitudes. Both criteria together determine the abort of the simulation.
OK
Accepts the input and closes the dialog.
Cancel
Closes this dialog box without performing any further action.
Help
Shows this help text.
See also
Solver, Frequency range, Signals in Time Domain Simulations Overview,
Special Solver Parameters: Waveguide, AR-Filter, Material, Solver, General
CST微波工作室培训课程套装,专家讲解,视频教学,帮助您快速学习掌握CST设计应用
上一篇:CST2013: Thermal Transient Solver Accuracy
下一篇:CST2013: Thermal Transient Solver Parameters
最全面、最专业的CST微波工作室视频培训课程,可以帮助您从零开始,全面系统学习CST的设计应用【More..】
频道总排行
- CST2013: Mesh Problem Handling
- CST2013: Field Source Overview
- CST2013: Discrete Port Overview
- CST2013: Sources and Boundary C
- CST2013: Multipin Port Overview
- CST2013: Farfield Overview
- CST2013: Waveguide Port
- CST2013: Frequency Domain Solver
- CST2013: Import ODB++ Files
- CST2013: Settings for Floquet B