Lecture 2: HFSS Introduction - University of Colorado Boulder

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Lecture 2: HFSS Introduction 2015.0 Release

Introduction to ANSYS HFSS

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Our Vision • Simulate the Complete Product • Real-life behavior in real-world environments • Comprehensive multiphysics • Complete system modeling

Physical Prototype Simulation-Driven Product Development

Concept & Design

Production

Simulation-Driven Product Development Minimizes TOTAL time through the loop Maximizes validated learning 2

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Virtual Prototypes Far-Field Pattern

Radar Cross Section

ESD

Physical HFSS Virtual Prototype

Fields

Virtual Compliance S-Parameters 3

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Multi-Physics for Electronics

Electromagnetics EM Fields

(HFSS, SIwave, Q3D Extractor, Designer, Maxwell, Simplorer)

(HFSS)

Thermal (ANSYS Mechanical, Icepak)

Air Flow (Icepak)

Structural (ANSYS Mechanical)

Stress 4

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(Mechanical)

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Multi-Domain: Multiple Physics Two-way coupled

Two-way coupled

EM Fields

Thermal

Stress

(HFSS)

(ANSYS Mechanical)

(ANSYS Mechanical)

HFSS

Mechanical

Adaptive Meshing

Common Geometry Interface

Temperature Dependent Materials

Conformal Mesh

Full-Wave Finite-Element Method

Transient and SteadyState Thermal

Temperature

IcePak: Thermal

Power Loss Density as Thermal Source

Structural 5

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Multi-Domain: Same Physics Two-way coupled

EM Fields

EM Fields

(HFSS)

(HFSS-IE)

HFSS

HFSS-IE

Arbitrary 3D FEM Solver

Hybrid Field Solver

Industry Standard

Adaptive Meshing

Advanced High Performance Computing

Advanced High Performance Computing

IcePak: Thermal

S-Parameters Fields

Antenna as Source 6

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3D Coupled Release 2015.0

Multi-Scale + Multi-Domain Dynamic Link

S-Parameters (HFSS 3D Layout)

System HFSS Circuit

Dynamic Link Push-Excitations

MIMIC in HFSS 3D Layout

EM-Fields (HFSS 3D)

Push-Excitations

Non-Linear Circuit with RF or SI Option 3D System with HFSS 7

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ANSYS HFSS 2014.0 HPC HFSS-IE

Optimetrics

Distributed Solve Option

Solver

HFSS

HFSS-TR Solver

SI Option

ALinks RF Option

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HFSS 2015.0

HFSS

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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-IE

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-TR

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

SI 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.

RF Option

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.

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HFSS with High Performance Computing (HPC)

HFSS

Unified HPC Setup Enhanced use of multiple cores for 3D Modeling and Fields Post Processing

HPC

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

Optimetrics

Distributed Solve Option

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Integrated Parametric/Optimization Analysis Includes 2 Distributed Solve Option Tasks Expand Robust Design capabilities with DesignXplorer

Add-on to Optimetrics Accelerates Robust Design by running variations in parallel Supports HPC

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HFSS: Is composed of four technology areas

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HFSS Workflow Design Setup Geometry

Materials

Boundaries

GUI

Mesh

Solve

HPC

Solve Setup

Excitations

Solution Process Initial Mesh

Solve

HPC

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Adaptive Mesh

Frequency Sweep

Post Processing

HPC

Release 2015.0

HFSS: GUI

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ANSYS Electronics Desktop

HFSS

• 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

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HFSS in ANSYS Electronics Desktop

HFSS

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3D Layout

Release 2015.0

HFSS Design Setup HFSS 3D Design Setup 3D Geometry

Materials

Boundaries

GUI

Mesh

Solve

HPC

Solve Setup

Excitations

HFSS 3D Layout Design Setup Import Layout

Stackup

Circuit Elements

HFSS Setup

Excitations

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Geometry

Parametric Design Entry Bi-Directional 3D CAD

Design Flow Integration

3D Layout

Geometry

3D Modeling

3D Component Library

Toolkits

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Customization

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HFSS 3D – 3D Modeler HFSS 3D

3D Modeler for HFSS & HFSS-IE Design Types

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Toolkits Parametric Variations

3rd Party 3D CAD

3D Editor

Bi-Directional

Native

Script Customization

3D Component Library

Native 3D Parametric Modeler

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HFSS 3D: Arbitrary 3D Geometry Editor

Geometry

Parametric 3D Solid Model Editor 19

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Mechanical CAD (MCAD)

Release 2015.0

HFSS Arbitrary 3D Geometry Editor

Geometry

• Native HFSS Desktop: 3D Parametric Modeling • Integrated History Based Modeler

3D Component Library

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Geometry

HFSS 3D Workbench Integration • ANSYS Workbench Integration • Bi-Directional Parametrc CAD Integration – Pro Engineer, NX, CATIA, SolidWorks, Inventor,Solid Edge

ANSYS Workbench

ANSYS HFSS 3D (Parametric Model)

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HFSS 3D Layout – Layout Editor 3rd Party Layout

Layout Editor

Translation

Native

HFSS 3D Layout

Parametric Variations

Scripted Footprints

Toolkits Script Customization

3D Layout Editor

Native Layout Editor

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HFSS 3D Layout Editor

Layout

Parametric Layout Editor Electrical CAD (ECAD) 23

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Layout

HFSS 3D Layout Editor • HFSS 3D Layout Integration (ANSYS Designer) • Native Layout Editor for 3D HFSS simulations – Cadence, Mentor, Zuken, Altium, DXF, GDSII Layout Generated in ECAD System •Cadence •Synopsys •Zuken •Mentor Graphics •Altium

HFSS Setup

HFSS Circuit Port

Stackup Editor HFSS 3D Layout Editor

HFSS Solver

3rd Party Layout Translation

Alinks for EDA

Native Layout Editor 24

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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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