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Simplorer_v10.pdf 全书

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    Training Introduction_v10
    User’s Guide
    Basic Training
    Basic Training
    Basic Training
    Slide Number 5
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    Overview
    Slide Number 8
    Overview
    Overview
    Overview
    Basic Training
    User Interface
    Initial Window
    Adding Components
    Adding Components
    Define Outputs
    Set up Simulation
    Simulate the Design
    View Results (Reports)
    View Plots on Schematic
    Basic Training
    Parameters
    Parameters
    Parameters
    Parameters
    Parameters
    Parameters
    Parameters
    Parameters
    Parameters
    Other Nonlinear Component’s X-Y Relation
    Sources
    Slide Number 34
    Controlled Sources
    Slide Number 36
    Logic expression
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    Time step – min, max
    Time step – min, max
    Advanced step mode
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    Slide Number 49
    SMPS library
    Slide Number 51
    What is VHDL-AMS
    Why Use VHDL-AMS
    Why Use VHDL-AMS
    VHDL-AMS (Basic Structure)
    VHDL-AMS (Simple Example)
    Slide Number 57
    Slide Number 58
    SMPS – (DC/DC characterization)
    (State Space Modeling)
    (C, Spice, SML, VHDL-AMS)
    Co-Simulation (3rd parties)
    Advance Analyses
    Library Management
    Library Management
    Additional Resources
    Projects
    Labs
    SimplorerGSG_v9
    Introduction
    Overview of the Simplorer Interface
    Creating a New Project
    About the Three-Phase Rectifier
    Expected Results
    Using Simplorer to Create and Improve the Design
    Creating the New Project
    Add the New Project
    Rename the Design
    Add Design Notes (Optional)
    Save the New Project
    Create the Rectifier Model
    Create the Three-Phase Rectifier Schematic
    Choosing, Placing, and Arranging Components on the Schematic Sheet
    Connecting the Components
    Defining Component Properties
    Property Displays for Components
    Specifying Simulation Outputs
    Defining Solution Options and Analysis Parameters
    Starting an Analysis
    Plotting Rectifier Model Simulation Results
    Hysteresis Current-Controlled DC-Motor Start-Up
    Modify the Rectifier Model Design
    Deleting the Resistive/Inductive Load
    Saving the Sheet with a New Name
    Place and Arrange the New Components
    Connect the New Components
    Defining DC Machine Values
    Defining Mechanical Load
    Freewheeling Diode
    Chopper Transistor
    Controller Modeling Using Block Elements
    Modifying Report Elements
    Display Diode Characteristic
    Defining Simulation Parameters
    Starting Simulation (Block Components)
    Simulation Results (Block Components)
    Controller Modeling Using State Graph Components
    Connecting the State Graph Components
    Defining Properties of State Graph Components
    Using Name References
    Deactivating Components on the Sheet
    Starting Simulation (State Graph)
    Simulation Results (State Graph)
    Current and Speed Controlled DC Motor
    Modify the State Graph Design
    Deleting the State Graph
    Saving the Sheet with a New Name
    Placing and Arranging the New Block Components on the Sheet
    Connecting the New Components
    Defining Mechanical Load (Block)
    Defining the PI Controller
    Starting Simulation
    Adding a Rectangular Plot (PI Controller)
    Adjusting Plot Properties
    Checking the Block Sequence
    Using Automatic Block Sorting
    Using Manual Block Sorting
    Rerun the Simulation (PI Controller)
    Simulation Results (PI Controller)
    Using VHDL-AMS Components for Modeling
    VHDL-AMS Components
    Modify the PI Controller Design
    Save the Project with a New Name
    Delete the DC Machine Component
    Placing and Arranging the New VHDL-AMS Components on the Sheet
    Connecting the New VHDL-AMS Components
    Defining VHDL-AMS DC Machine Values
    Defining Connections for Machine Current
    Defining Simulation Parameters
    Analyze and Display Simulation Results (VHDL- AMS)
    Variants of PWM Modeling
    PWM Modeling Overview
    Create a New Project for the PWM Models
    Setting Initial Conditions
    PWM Modeling Using Equations
    Defining Simulation Parameters
    Displaying Simulation Results with Reports
    Simulation Results
    PWM Modeling with Equations and Time Function
    PWM Modeling with State Graph Components
    Place and Arrange the Components on the Sheet
    Define Component Properties
    PWM Modeling with Block Diagram Components
    Placing and Arranging the Components on the Sheet
    Importing Legacy Schematics
    Translating a Legacy Schematic
    Importing the Legacy Schematic
    Starting an Analysis
    Plotting Simulation Results
    A
    B
    C
    D
    E
    F
    G
    H
    I
    L
    M
    N
    O
    P
    R
    S
    T
    U
    V
    Example_Outline_v10
    Slide Number 1
    01_01_Varistor_Nonlinear_Resistance
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    01_02_DC_drive
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    01_03_ Block Diagram Transfer Function Response
    Input
    Output
    STEP
    KI = 0.1
    01_04_Single_Phase_Inverter
    01_07_Motor_Extended
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    01_08_Viewing_Results_and_Post_Processing
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    01_09_Parametric_sweep
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    01_10_Statistical
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    01_11_Model_lib_Mgmt_Editors
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    M_01_Motor_Drive_Link_to_M2D
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    P_01_Power_Electronics
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    Simplorer User’s Guide Simplorer v10 Basic Training Intro -1
    Simplorer Basic Training Training Content Introduction Presentation Overview Basic usage flow Specific capabilities Basic labs (Getting Started Document) Intro and creating new projects (Section 1,2) 3 phase Rectifier example (Section 3) Basic usage flow (placing and arrange parts, define properties, working with the schematic, setting up simulation commands, simulating and viewing results) Basic DC Motor example (Section 4) Using hysteresis control and introduction of state flow modeling Basic DC Motor with expanded controller (Section 5) Introduction of Control Block modeling for the feedback loops Basic DC Motor using VHDL-AMS modeling (Section 6) PWM modeling using a variety of modeling methods (Section 7) Equation Blocks, State flow diagrams, Control blocks Importing legacy schematics (Section 8) Simplorer v10 Basic Training Intro -2
    Simplorer Basic Training Training Content (Cont’d) Additional labs (User’s choice – recommend labs 01_01, 01_03, 01_04) 01_08 Viewing Results and Post Processing lab 01_09 Parametric Sweep lab 01_10 Statistical lab 01_11_Model_lib_Mgmt_Editors lab User’s legacy design import Optional M_01_Motor_Drive_Link_to_M2D lab (Includes Maxwell 2D) P_01_Power_Electronics (includes PExprt/Maxwell), however sections Containing PExprt/Maxwell can be omited, and Other sections used with simplorer only. Simplorer v10 Basic Training Intro -3
    Simplorer Basic Training Overview Simplorer v10 Basic Training Intro -4
    Simplorer Overview Simplorer v10 Basic Training Intro -5
    Simplorer Overview System Circuit Subsystem Simplorer XPrt Tools FEA Field Solvers ANSYS: Multiphysics Solvers Component Electromagnetic Thermal Fluidic Mechanical Simplorer v10 Basic Training Intro -6
    Simplorer Modeling Technologies Overview System Sub-System Circuit Component Block Diagrams/State Machines Circuits VHDL-AMS FEA Logic Magnetic Thermal Electrical Mechanical Hydraulic Simplorer v10 Basic Training Intro -7
    Simplorer ANSYS Icepack Q3D Parasitics Simplorer System Design IA IA A A IB IB A A IC IC A A PMSYNC PMSYNC Torque Torque J J A D2D ICA: PP := 6 GAIN GAIN ANSYS Mechanical Thermal/Stress Maxwell 2-D/3-D Electromagnetic Components Simplorer v10 Basic Training Overview RMxprt Motor Design PExprt Magnetics Model order Reduction Co-simulation Field Solution Model Generation Intro -8
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