IE3DLibrary User’s Manual V14.1.part4.rar

打开方式: winrar
资料大小: 4.88 MB
下载次数: 533
上传会员: 00d44
上传时间: 2008-07-27
本站网址: mwtee.com
查看附件所在的主题
下载附件

IE3DLibrary User’s Manual V14.1:

IE3DLibrary User’s Manual V14.1.pdf

说明就不多说了，和12.30基本差不多了

Table of Contents
Chapter 1 Introduction
Section 1.1 Basic Theory and Implementation 1-2
Section 1.2 Uniform Grid and Non-Uniform Meshing Basis Functions 1-4
Section 1.3 Open Boundary, Closed Boundary, and Periodical Boundary 1-7
Section 1.4 IE3D Application Programs and Capability 1-8
Section 1.5 Configuration of the User’s Manual 1-10
Section 1.6 Suggested Documents 1-14
Chapter 2 Basic Concepts and Window Configuration
Section 2.1 Basic Concepts 2-1
Section 2.2 The Configuration of IE3D’s Main Layout Editor 2-3
Section 2.3 The Menu System of MGRID in Current, Near Field and Pattern Visualization
2-21
Section 2.4 The Configuration of MODUA’s Window 2-23
Section 2.5 The Configuration of IE3DLIBRARY’s Window 2-29
Section 2.6 Other IE3D Executables, IE3D Simulation and Optimization Procedures 2-31
Section 2.7 Distributed EM Simulation and Optimization on ZDS and ZDM for Windows
and Linux 2-32
Chapter 3 Basic Techniques
Section 3.1 Defining Basic Parameters 3-2
Section 3.2 Defining Substrate Parameters 3-4
Section 3.3 Defining Metallic Strip Parameters 3-7
Section 3.4 Editing Polygons on Layers 3-9
Section 3.5 Defining Ports and the Advanced Extension Scheme 3-11
Section 3.6 Meshing Structure on MGRID for Visualization 3-14
Section 3.7 Electromagnetic Simulation and Adaptive Intelli-Fit (AIF) 3-16
Section 3.8 High Accuracy Simulation using Automatic Edge Cells (AEC) 3-23
Section 3.9 S-Parameter Visualization and Processing 3-25
Section 3.10 Simple Ways to Build a Chamfered Bend and Other Path Structures 3-31
Section 3.11 Parameterization of Structures 3-35
Chapter 4 Geometry Modeling of Planar and 3D Structures
Section 4.1 Polygon Connection 4-1
Section 4.2 Polygon Overlapping Detection and Handling 4-3
Section 4.3 Snap to Vertex and Merge Polygons 4-7
Section 4.4 Select and Move Vertices, and Change Moving Reference Vertex 4-9
Section 4.5 Editing of Multi-Layer and 3D Structures 4-11
Section 4.6 Delete 3D Polygons 4-11
Section 4.7 Build 3D Polygons 4-13
Section 4.8 Re-Build the Bridge Structure by Change of Polygon Z-Coordinate 4-15
Section 4.9 Re-Build the Bridge Structure with Rectangular Solid Vias 4-17
Section 4.10 Re-Build the Bridge Structure with Cylindrical Solid Vias 4-20
Section 4.11 Re-Build the Bridge Structure with Conical Solid Vias 4-25
Section 4.12 Re-Build the Bridge Structure with Ramp Ribbon Vias 4-27
Section 4.13 Handling of Pin Via Structures 4-28
Chapter 5 Antennas, Radiation Patterns and EM Optimization
Section 5.1 Modeling of an Edge Fed Antenna with an Inset 5-1
Section 5.2 EM Optimization 5-4
Section 5.3 Current Density Distribution Visualization 5-11
Section 5.4 Radiation Pattern Visualization 5-15
Section 5.5 Pattern Calculation in Post Processing 5-21
Section 5.6 Adding Array Factors to Radiation Patterns 5-22
Section 5.7 Pattern Merging, Rotation and Wave Propagation Prediction and Tx/Rx
Transfer Function 5-24
Section 5.8 Geometry Tuning 5-25
Section 5.9 FastEM Design Kit and Real-Time EM Tuning, Optimization and Synthesis 5-26
Section 5.10 Summary 5-33
Chapter 6 Modeling of MMIC, RFIC and PCB Structures
Section 6.1 Different Import and Export Formats Available on IE3D 6-1
Section 6.2 Importing an MIM Capacitor in GDSII Format 6-2
Section 6.3 Automatic Meshing Alignment 6-6
Section 6.4 Find the Equivalent Circuit of the MIM Capacitors 6-8
Section 6.5 Comparison of Original Frequency Response and SPICE Equivalent Circuit 6-12
Section 6.6 Improvement on the Equivalent Circuit 6-13
Section 6.7 Optimization of the Equivalent Circuit 6-15
Section 6.8 Modeling Thin Dielectrics as Finite Dielectric Blocks 6-17
Section 6.9 Importing Grounded MIM Capacitor 6-17
Section 6.10 Remove Redundant Vertices on Curvatures, Building Bridges and Vias 6-18
Section 6.11 Importing Structures with Automatic Vias Using Import Templates 6-22
Section 6.12 Defining Localized Ports on Finite Ground Plane Structures 6-26
Section 6.13 Modeling Spirals and Other RFIC Circuits 6-28
Section 6.14 Finding PI-Network, L and Q-Values 6-31
Section 6.15 Modeling True Thickness of the Spiral Inductor 6-34
Section 6.16 Automatic Run-Time Thickness 6-36
Section 6.17 Automatic Geometry to IE3D Flow for GDSII and Cadence Virtuoso 6-37
Section 6.18 Automatic Geometry to IE3D Flow for Cadence Virtuoso Allegro and APD 6-40
Chapter 7 Mixed Electromagnetic and Network Simulation and Optimization
Section 7.1 A Lumped Element in a Highly Packed Structure 7-1
Section 7.2 Defining Localized Ports on Structures 7-3
Section 7.3 Simulating the Distributed Part at Captured Frequency Points from File 7-4
Section 7.4 Connecting S-Parameters of Different Sub-circuits using MODUA 7-5
Section 7.5 Coupled Model and Uncoupled Model 7-7
Section 7.6 Finite Ground Plane and Differential Modeling 7-9
Section 7.7 Aligning Edges for Differential Ports 7-12
Section 7.8 Using Continue Straight Path to Insert Vertices on an Edge 7-12
Section 7.9 Building Vertical Localized Ports on Finite Ground Plane Structures 7-14
Section 7.10 Mixed Electromagnetic and Network Optimization 7-16
Section 7.11 Modeling of Antennas with Lumped Element Loads 7-23
Section 7.12 Quadrature Phasing Excitations on Two Probes for Circular Polarization 7-26
Section 7.13 Find the Current and Radiation Patterns of Antennas with Lumped Elements 7-29
Section 7.14 Simulation and Optimization of Radiation Pattern of a Circuit Consisting of
Structures 7-35
Section 7.15 Handling Structures with Differential Lumped Elements 7-37
Section 7.16 Matching of Single-Ended and Differential Ports 7-39
Section 7.17 Single-Ended to Differential Conversion 7-40
Section 7.18 Using Fictitious Local Grounds for Structures with Lumped Elements 7-41
Chapter 8 Magnetic Current Modeling of Aperture Structures
Section 8.1 Modeling a Slot Antenna with CPW-feed or Gap Port Feed 8-1
Section 8.2 Discussion of Ports on Slot Structures 8-5
Section 8.3 Modeling of Aperture Coupled Fed Patch Antennas 8-7
2
Section 8.4 Construction and Simulation of 3D Interconnects Through Ground Planes 8-10
Section 8.5 Magnetic Current Modeling of CPW Structures 8-15
Section 8.6 Electric Current Modeling of CPW Structures with Finite Ground and Finite
Thickness 8-17
Section 8.7 Advantage and Disadvantage of Slot Structures and Magnetic Current
Modeling 8-18
Chapter 9 Lumped Element Extraction and Signal Integrity
Section 9.1 Transmission Line Theory and RLC-Equivalence 9-1
Section 9.2 Simulation of a Stripline Structure 9-4
Section 9.3 Finding Transmission Line Parameters 9-5
Section 9.4 Precise Modeling of Finite Trace Thickness 9-6
Section 9.5 RLC Equivalent Circuit Extraction 9-8
Section 9.6 Error Function in Predicting the Error Involved in RLC Equivalence 9-9
Section 9.7 Frequency Dependent and Independent RLC Equivalent Circuit Extraction 9-10
Section 9.8 Comparing S-Parameters of the Extracted RLC to the Original S-Parameters 9-11
Section 9.9 Multi-Segment RLC Equivalent Circuit Extraction in SPICE Format 9-12
Section 9.10 Wide Band RLC-Equivalent Circuit Extraction 9-13
Section 9.11 Simulation of a Coupled Stripline Structure 9-14
Section 9.12 Time-Transient Analysis and Eye Diagram on MDSPICE 9-16
Section 9.13 Delay Analysis of Differential and Ultra Long Transmission Lines 9-17
Section 9.14 Modeling Complicated Packages 9-17
Section 9.15 Building a Set of Wire Bonds 9-19
Section 9.16 Defining Ports on the Lead Frame and the Wire Bond Pads 9-20
Section 9.17 Simplified Structure for the Lead Frame 9-23
Section 9.18 Simulation of Multilayer PCB, BGA and Wire Bonds 9-24
Section 9.19 Post-Processing and Time Transient Analysis on the BGA Structure 9-31
Chapter 10 Simulation of RF and Microwave Filters
Section 10.1 Ie3dLibrary, the Parameterized and Object-Oriented 2nd Interface for IE3D 10-1
Section 10.2 Using FilterSyn Module for Ie3dLibrary for Initial Design 10-1
Section 10.3 Using LineGauge for Transmission Line Parameters 10-5
Section 10.4 Connecting Objects on Ie3dLibrary 10-5
Section 10.5 Meshing and Simulation on Ie3dLibrary 10-8
Section 10.6 Importing and Exporting Between Ie3dLibrary and MGRID 10-9
Section 10.7 Simulation of Bandpass Filters 10-10
Section 10.8 Relocating Structure to Specified Location 10-11
Section 10.9 Modeling of Filters with Thick Substrates 10-14
Section 10.10 Electromagnetic Optimization in Filter Design 10-16
Section 10.11 Summary on IE3DLibrary, FilterSyn and Filter Designs 10-19
Chapter 11 Modeling of Wire Antennas and Other RF Antennas
Section 11.1 Discussion on Modeling Wire Antennas 11-1
Section 11.2 Discussion on Dipole Antennas 11-1
Section 11.3 Modeling Dipole Antennas using Localized Ports 11-4
Section 11.4 Modeling of a Cylindrical Helix on a Handset 11-6
Section 11.5 Modeling of Inverted F Antennas 11-8
Section 11.6 Simulation of RFID Antennas 11-9
Section 11.7 Simulation of Ultra-Wide Band (UWB) Antennas 11-9
Section 11.8 Parameterization of Complicated Structures 11-13
Section 11.9 Modeling for Complicated Wire and Patch Structures with Connections 11-14
Chapter 12 Accuracy and Efficiency Enhancement
3
Section 12.1 Adding Edge Vertices to Control Meshing 12-1
Section 12.2 Always Use Edge Cells for Closely Coupled Structures 12-4
Section 12.3 Accurate Modeling of Thickness Effects 12-6
Section 12.4 Accurate Modeling of Stripline Structures 12-8
Section 12.5 Discussion on De-embedding Schemes 12-10
Section 12.6 Reducing Number of Cells for Better Efficiency 12-13
Section 12.7 Using Matrix Solvers Wisely 12-17
Section 12.8 More Comments on Advanced Iterative Matrix Solvers (AIMS II and AIMS
III) 12-21
Section 12.9 Dividing Circuit into Sub-Circuits Wisely 12-23
Section 12.10 Other Techniques to Improve Accuracy 12-26
Chapter 13 Simulation of Antenna Arrays
Section 13.1 Element Analysis and Optimization 13-2
Section 13.2 The “Complete Array” Approach 13-4
Section 13.3 The “Separation” Approach 13-10
Section 13.4 Pattern Merging and Simulation of Large Arrays 13-11
Section 13.5 The “Array Factor” Approach 13-12
Section 13.6 The “Periodical Walls” Approach 13-14
Section 13.7 The Comparison of Different Approaches 13-15
Section 13.8 Powerful and Efficient Pattern Calculation and Handling on
PATTERNVIEW 13-17
Chapter 14 Modeling of Structures in an Enclosure
Section 14.1 Convergence Study on the Closed-Boundary Green’s Function Formulation 14-1
Section 14.2 The Effect of Sidewalls and Cover on Regular Structures 14-4
Section 14.3 Horizontal Localized Port in Modeling of Enclosed Structures 14-6
Section 14.4 The Evidence and Effect of Metallic Loss 14-8
Section 14.5 The Effect of Sidewalls and Cover on Resonant Structures 14-9
Section 14.6 Resonances Resulting from an Enclosure 14-12
Chapter 15 Modeling of Differential Structures
Section 15.1 The Odd Mode and Even Mode 15-1
Section 15.2 Modeling of Slotline Structures 15-2
Section 15.3 Measurement of Differentially Fed Structures 15-3
Section 15.4 Strategy in Modeling Differential Ports 15-4
Section 15.5 Differential Conversion 15-6
Section 15.6 Modeling Odd- and Even-Mode Structures on IE3D 15-9
Chapter 16 Modeling of Finite Dielectric Structures
Section 16.1 Modeling of a Patch on Finite Ground and Infinite Substrate 16-1
Section 16.2 Modeling of a Patch on Finite Ground and Finite Substrate 16-4
Section 16.3 Precise Modeling of Radiation at θ = 90° Direction 16-7
Section 16.4 Meshing Alignment for Higher Accuracy 16-8
Section 16.5 Modeling of Wire Bonds in Inhomogeneous Dielectrics 16-9
Section 16.6 Modeling of SMA Connector to Microstrip Transition 16-10
Section 16.7 Mixed Infinite and Finite Dielectrics Modeling 16-13
Section 16.8 Summary on Finite Dielectric Modeling 16-13
Appendix A Optional Parameters and Setup of IE3D A1
Appendix B IE3D Geometry File Formats B1
Appendix C Verification on Lossy Dielectric Modeling C1
Appendix D Some Comments on Complex Zc D1
Appendix E Building Vias, Probe-Feed and Solder Balls E1
4
Appendix F Plane-Wave Excitation and Radar Cross-Section F1
Appendix G Comparative, Symbolic and Mixed Parameter Optimization G1
Appendix H Electric, Magnetic, Periodic Walls and Multiple Enclosures H1
Appendix I One-Step Construction of Complicated Structures I1
Appendix J Simulation of Coaxial Structures J1
Appendix K Strategy in Modeling Large Lead Frame and Wire Bond Structures
K1
Appendix L Different Types of Current Distribution Display L1
Appendix M Rectangular Mesh Versus Triangular Mesh M1
Appendix N Uniform Grid Versus Non-Uniform Meshing N1
Appendix O Import and Export of 3D Structures in Text Format O1
Appendix P Building Wire Bonds and Solder Balls P1
Appendix Q Merging Polygons, Removing Inserted Vertices and Checking Twisted 3D
Polygons Q1
Appendix R Excitation Sources R1
Appendix S Accurate Modeling of Metallic Thickness and Surface Roughness S1
Appendix T Definition of Dielectric Layers and Metallic Layers T1
Appendix U Warning and Error Messages on IE3D U1
Appendix V Scheduled Simulations and Batch Simulations on IE3D V1
Appendix W Setup for Priority for Simulation Jobs on IE3D W1
Appendix X More Comments on Pattern Handling and Optimization X1
Appendix Y ADIX Format Converter and LEF/DEF Conversion on IE3Dlibrary Y1
Appendix Z ZDS/ZDM and Distributed EM Simulation and Optimization on Windows
and Linux Z1
Appendix AA Simulation Input File (.SIM) Format and Using External Optimizer AA1
Appendix AB Zeland Security Server (ZSS) and Zeland Program Manager (ZPM) AB1
Appendix AC Extracting L and Q-Values from S-Parameters AC1
Appendix AD Frequency Dependent Substrates and Metallic Types AD1
Appendix AE Meshing Alignment for Tightly Coupled Structures AE1
Appendix AF Near Field Calculation and Visualization AF1
Appendix AG User Programmable IE3D Objects for Ultimate Flexibility in Full-
Wave EM Optimization AG1
Appendix AH EM Synthesis of Filters on Ie3dLibrary AH1
Appendix AI Special Notes on Modeling Spiral Inductors AI1
Appendix AJ Finding Transfer Function Between TX and RX Antennas AJ1
Appendix AK Transformation from Near Field to Far Field AK1
Appendix AL Contemporary Meshing Scheme and Meshing Parameters AL1
Appendix AM Discussion on Different De-Embedding Schemes AM1
Appendix AN Different Files Involved in an IE3D Simulation AN1
Appendix AO S-Parameters Visualization and Processing on MODUA AO1
Appendix AP Comparing Different S-Parameters on MODUA AP1
Appendix AQ Finding the Zc of a Transmission Line AQ1
Appendix AR Measuring Dimensions and Using Saved Information AR1
Appendix AS 3D View and Handling AS1
Appendix AT The Layer Window and Selection of 3D Objects AT1
Appendix AU EM Optimization and Different Schemes AU1
Appendix AV Radiation Pattern File and General Pattern File AV1
5
6
Appendix AW Finding Equivalent Circuit of Coupled TLNs and InterconnectsAW1
Appendix AX Back Simulation, Separating and Removing S-Parameters AX1
Appendix AY Equation Based Geometry Modeling on Ie3dLibrary AY1
Appendix AZ IE3D Seamlessly Integrated into Microwave Office from AWR AZ1
Appendix BA Generally Efficient Matrix Solver (GEMS) and Adaptive Matrix
Solver BA1
Appendix BB The Inductance at Very Low Frequency BB1
Appendix BC Antenna Correlation Calculation BC1
Appendix BD IE3D FASTA for Efficient Simulations of Large Structures BD1
Appendix BE Using AGIF for Automated IE3D Simulations from GDSII and
Other Layouts BE1
Appendix BF Windows 32/64, Linux 32/64 and Multi-CPU Supports BF1
Appendix BG S-Parameters Visualization and Processing on MGRID BG1
Appendix BH Pattern Visualization and Processing on MGRID BH1
Appendix BI RFID Design and Conjugate Match Factor BI1
Appendix BJ Shift of Reference Plane and Coupled Port De-Embedding BJ1
Appendix BK Wide Band Simulations from 1 Hz to Very High Frequency BK1
Appendix BL Avoid Time Consuming Geometry Editing for Large Structures BL1
Appendix BM Major Features of IE3D Version 14.1 BM1
Index Index 1

IE3DLibrary User’s Manual V14.1

感謝分享
最近聽聞14版的軟體已經出現了，但沒有軟體只好先看看手冊。

谢谢楼主分享 :11bb :11bb

软件在那里啊，：9de ：9de ：9de ：9de ：9de

:11bb :11bb :11bb :11bb :11bb :11bb

:27bb :27bb :27bb :27bb

:11bb 非常感谢楼主的分享

These books are good ,thank you

好人，谢谢啊！
:27bb :30bb :30bb :30bb

感謝你的分享 thank you

多谢。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。

多谢啊正好想要学一下。。。。。。。。。。。。