lecture 2: hfss introduction
TRANSCRIPT
Release 2015.0 April 15, 2015 1 © 2015 ANSYS, Inc.
2015.0 Release
Lecture 2: HFSS Introduction
Introduction to ANSYS HFSS
Release 2015.0 April 15, 2015 2 © 2015 ANSYS, Inc.
Our Vision
• Simulate the Complete Product • Real-life behavior in real-world environments
• Comprehensive multiphysics
• Complete system modeling
Concept & Design
Physical
Prototype
Production
Simulation-Driven Product Development
Simulation-Driven Product Development Minimizes TOTAL time through the loop Maximizes validated learning
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Physical Prototype
Virtual Prototypes
Far-Field Pattern
S-Parameters
HFSS Virtual Prototype
Fields
ESD
Virtual Compliance
Radar Cross Section
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Multi-Physics for Electronics
Structural (ANSYS Mechanical)
Electromagnetics (HFSS, SIwave, Q3D Extractor, Designer, Maxwell, Simplorer)
Thermal (ANSYS Mechanical, Icepak)
EM Fields (HFSS)
Air Flow (Icepak)
Stress (Mechanical)
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Multi-Domain: Multiple Physics
IcePak: Thermal
Power Loss Density as Thermal Source
Structural
Mechanical
Common Geometry Interface
Conformal Mesh
Transient and Steady-
State Thermal
Temperature
HFSS
Adaptive Meshing
Temperature Dependent Materials
Full-Wave Finite-Element
Method
Two-way coupled
EM Fields (HFSS)
Thermal (ANSYS Mechanical)
Stress (ANSYS Mechanical)
Two-way coupled
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Multi-Domain: Same Physics
IcePak: Thermal
Antenna as Source
3D Coupled
HFSS
Arbitrary 3D FEM Solver
Industry Standard
Advanced High Performance Computing
S-Parameters
Fields
HFSS-IE
Hybrid Field Solver
Adaptive Meshing
Advanced High Performance Computing
EM Fields (HFSS)
EM Fields (HFSS-IE)
Two-way coupled
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Multi-Scale + Multi-Domain
MIMIC in HFSS 3D Layout
3D System with HFSS
Non-Linear Circuit with RF or SI Option
EM-Fields (HFSS 3D)
Push-Excitations
Dynamic Link
S-Parameters (HFSS 3D Layout)
System HFSS Circuit
Push-Excitations
Dynamic Link
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ANSYS HFSS 2014.0
HFSS
HPC
HFSS-IE
Solver
HFSS-TR
Solver
SI Option
RF Option
ALinks
Distributed Solve
Option
Optimetrics
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HFSS 2015.0
Non-Linear and Transient Circuit Simulation for HFSS Circuit simulator, offering DC, AC, S-Parameter, Time Domain and Harmonic Balance simulation. Includes Envelope, Load-pull, Oscillator, and Agilient X-Parameter support.
RF Option
HFSS-TR and Transient Circuit Simulation for HFSS 3D HFSS Transient Solver (HFSS-TR) Transient circuit simulator, offering Time-Domain, Statistical Eye (QuickEye/VerifEye), and IBIS simulation Includes HSPICE Integration support.
SI Option
3D Integral Equation Solver for HFSS HFSS-IE is a specialized solver offering IE, Hybrid, and Finite-Element Boundary Integral simulation. Includes curve-linear mesh elements and supports HPC for solving Electrically Large structures
HFSS-IE
3D Transient Solver for HFSS A general purpose Finite Element Time-Domain Solver. HFSS-TR offers adaptive meshing, local time-stepping, arbitrary input signals, Time-Domain Reflectrometry (TDR), and Time-Domain fields. GPU acceleration with HPC
HFSS-TR
High Frequency Structure Simulator for 3D Electromagenetics HFSS is a platform that includes multiple simulation technologies for component or system design. The base HFSS offering includes 3D and Layout interfaces, 2.5D Method of Moments, Eigenmode, and Linear circuit simulation.
HFSS
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Add-on to Optimetrics Accelerates Robust Design by running variations in parallel Supports HPC
Integrated Parametric/Optimization Analysis Includes 2 Distributed Solve Option Tasks Expand Robust Design capabilities with DesignXplorer
High Performance Computing for HFSS Multi-Threaded Solvers (Enhanced in 2014.0) Distributed Frequency Solver (Spectral Domain Method) Multi-Level HPC Setup Domain Decomposition for Electrically Large Solves Distributed Direct Matrix Solver Distributed Excitations for Iterative and Domain Methods GPU support for HFSS-TR
HFSS with High Performance Computing (HPC)
Optimetrics
HPC
Distributed Solve Option
Unified HPC Setup Enhanced use of multiple cores for 3D Modeling and Fields Post Processing HFSS
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HFSS: Is composed of four technology areas
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HFSS Workflow
Geometry Materials Boundaries
Excitations
Solve Setup
Initial Mesh Adaptive
Mesh Solve
Frequency Sweep
Post Processing
HPC HPC
GUI
Solve HPC
Mesh
Solution Process
Design Setup
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HFSS: GUI
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ANSYS Electronics Desktop
• ANSYS Electronics Desktop – Electromagnetics Suite 16.0 • Unified Desktop for HFSS, Q3D Extractor, and Circuit Simulation
– HFSS Design Types
• HFSS
• HFSS 3D Layout
• HFSS-IE
– Q3D Extractor Design Types
• Q3D Extractor
• 2D Extractor
– Circuit Design Types
• Circuit Design
• Circuit Netlist
HFSS
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HFSS in ANSYS Electronics Desktop
3D Layout HFSS
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HFSS Design Setup
3D Geometry Materials Boundaries
Excitations
Solve Setup
GUI
Solve HPC
Mesh
HFSS 3D Design Setup
Import Layout Stackup Circuit Elements
Excitations
HFSS Setup
HFSS 3D Layout Design Setup
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Parametric Design Entry
Geometry
Bi-Directional 3D CAD
3D Modeling
3D Layout
Toolkits
3D Component Library
Design Flow Integration
Customization
Geometry
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HFSS 3D – 3D Modeler
3rd Party 3D CAD Bi-Directional
3D Component Library
3D Editor Native
HFSS 3D Toolkits Script Customization Parametric
Variations
3D Modeler for HFSS & HFSS-IE Design Types
Native 3D Parametric
Modeler
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HFSS 3D: Arbitrary 3D Geometry Editor
Parametric 3D Solid Model Editor Mechanical CAD (MCAD)
Geometry
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HFSS Arbitrary 3D Geometry Editor
• Native HFSS Desktop: 3D Parametric Modeling • Integrated History Based Modeler
Geometry
3D Component Library
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HFSS 3D Workbench Integration
• ANSYS Workbench Integration • Bi-Directional Parametrc CAD Integration
– Pro Engineer, NX, CATIA, SolidWorks, Inventor,Solid Edge
Geometry
ANSYS HFSS 3D (Parametric Model)
ANSYS Workbench
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HFSS 3D Layout – Layout Editor
Scripted Footprints
3rd Party Layout Translation
HFSS 3D Layout
Layout Editor Native
Toolkits Script Customization
Parametric Variations
3D Layout Editor
Native Layout Editor
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HFSS 3D Layout Editor Layout
Parametric Layout Editor Electrical CAD (ECAD)
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HFSS 3D Layout Editor
• HFSS 3D Layout Integration (ANSYS Designer) • Native Layout Editor for 3D HFSS simulations
– Cadence, Mentor, Zuken, Altium, DXF, GDSII
Stackup Editor
HFSS Circuit Port
Layout
HFSS Setup
•Cadence •Synopsys •Zuken •Mentor Graphics •Altium
Layout Generated in ECAD System
3rd Party Layout Translation
HFSS 3D Layout Editor
HFSS Solver
Alinks for EDA
Native Layout Editor
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Overview
• Lectures • The remaining lectures are split into several sections:
– Chapter 3: HFSS 3D
– Chapter 4: HFSS Layout
– Chapter 5: 3D Modeler – Creating 3D Components
– Chapter 6: Appendix Intermediate and Advanced HFSS topics
• Chapter 3 and Chapter 4 are independent of each other. If you have already identified that you are only interested in one of the two design entries techniques, you can focus on the appropriate chapter.
• Workshops • Example designs with step-by-step instructions are available to reinforce the content covered in the lectures.
• The workshops follow the chapter ordering for HFSS 3D and HFSS 3D Layout
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