Simplorer70两天培训讲义.ppt

Simplorer? V7Basic Training 2nd Day Ansoft Corporation emsup@ 2nd Day Content Section 1: Subsheets and Macros Ex #1 - PWM Voltage Source Section 2: Advanced Analysis Types Ex #2 - Parameter Sweep Ex #3 - Monte Carlo Ex #4 - 3D Analysis Section 3: Scripting Ex #5 - Buck Converter with four (4) cases Section 4: Using several different solvers with Buck Converter Ex #6 - Transient solver using a “Switch Level model” Ex #7 - Transient solver using an “Average model” Ex #8 - AC solver using an “Average model” Ex #9 - AC solver for a Transistor Amplifier Topology Section 6: Multi-Physical Domain Analysis Section 7: Improvements VHDL-AMS Section 8: Model Development Section 9: Component Dialog Wizard (for reference only) Section 10: C-Interface (for reference only) Section 1:Subsheets and Macros Subsheets - Introduction Some Subsheet Examples Subsheet Example SPST Relay Model Subsheet Example SPST Relay Model Subsheets - Procedure 1a) Create a totally new Subsheet 1b) Create a new Subsheet from selection 1c) Create a new Subsheet from an existing SML20 or VHDLA file 2) Specify Subsheet Inputs 3) Specify Subsheet Outputs 4) Add Symbol 5) Create a Macro Example #1 PWM Voltage Source Example #1- PWM Voltage Source Section 2: Advanced Analysis Types Advanced Analysis Types Directly accessible from schematic or script New and extended post processing functionality Histogram element Table element 2D element with multiple runs Signal characteristics Probe elements Can be used as performance measures Provide the DC, AC and transient functionality Extended functionality as FFT Accessible via script Basics Analysis Types Usually Multi Run Preset Experiments Monte Carlo, Worst Case, Sensitivity etc. Optimization Feedback to determine the next parameter set Successive Approximation, Genetic Algorithm, SIMPLEX Parameters Independent variables which might change in a certain way (R1.R, Gain.kp etc.) Performance Measures Dependent scalar variables, which are used