HFSS 3D Components. Steve Rousselle, ANSYS. Build, Share, Conquer Release. Release ANSYS, Inc.

Transcription

1 HFSS 3D Components Build, Share, Conquer Release Steve Rousselle, ANSYS ANSYS, Inc.

2 What is a 3D Component? Exploded View Assembly of 3D Components Device ANSYS, Inc.

3 Introduction Share Build Conquer HFSS 3D Components What are 3D Components? The 3D equivalent of a circuit component Assembly of geometry, excitations, boundary conditions Parametric IP Protected (Optional) Who can Build and Share 3D Components? Anyone with ANSYS HFSS 2015 (R16) Component Venders Analysts Consultants What is required to design with 3D Components? ANSYS Electronics Desktop 2015 (R16) ANSYS, Inc. Let s explore how they Conquer new simulation frontiers

4 Our Vision Simulate the Complete Product Real-life behavior in real-world environments Comprehensive multiphysics Complete system modeling Concept & Design Simulation-Driven Product Development Physical Prototype Production 3D Components enable a new approach to SDPD: By changing how Virtual Prototypes are created, By extending Simulation capabilities, By enabling Parametric Design Optimization ANSYS, Inc.

5 Virtual Prototypes Far-Field Far-Field Pattern ESD HFSS Physical Virtual Prototype Fields S-Parameters Virtual Compliance ANSYS, Inc.

6 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 ANSYS, Inc.

7 HFSS in ANSYS Electronics Desktop HFSS D Layout ANSYS, Inc.

8 Agenda 3D Component Examples Example 1: Antenna Placement Example 2: Connector on Board Example 3: Internet of Things (IoT) Advanced Technology Q&A ANSYS, Inc.

9 Example 1: Antenna Placement 3D Component GPS Antenna Assembly HFSS 3D ANSYS, Inc.

10 Align 3D Components to Coordinate System Build an Assembly 1. Create 3D Model of the Antenna Platform 2. Create Target Coordinate System (local CS) 3. Insert 3D Component Specify Parameters Select Target Coordinate System 1. Antenna Platform 2. Local Coordinate System 3. Insert 3D Component ANSYS, Inc.

11 Antenna on Platform Simulations enabled by 3D Components Verify Antenna on Platform system performance Optimize Antenna Performance on platform - Parametric 3D Components Optimize Antenna Location Parametric Coordinate System What a System Integrator doesn t need to know how to do Create each individual 3D object for the Antenna Geometry and Case Parameterize Antenna Geometry Position individual 3D objects for the Antenna Geometry and Case Assign materials Assign Excitations Assign Boundary Conditions ANSYS, Inc.

12 Example 2: Connector on Board Connector on Board BRD - HFSS 3D Layout PCIe Connector - HFSS 3D ANSYS, Inc.

13 Workflow Connector 3D Component Layout Generated in ECAD System Cadence Synopsys Zuken Mentor Graphics Altium HFSS 3D Layout Editor Build 3D Component HFSS Solver BRD 3D Component Assembly: Connector on Board ANSYS, Inc.

14 Connector on Board New: HFSS 3D Transient Solver Simulations enabled by 3D Components Simplify setup by using the best editor for the application HFSS Layout Editor: PCB/Package HFSS 3D Editor: Connector Virtual Compliance for the 3D System Performance HFSS 3D Transient TDR and Transient Fields What a SI Engineer doesn t need to know how to do Manipulate 3D Geometry Position individual 3d objects for the BRD and Connector Assign materials Assign Excitations Assign Boundary Conditions ANSYS, Inc.

15 Chip Antenna Example 3: Internet of Things (IoT) Chip Antennas Design Challenges What s inside the chip? What is the antenna? Chip Antenna ANSYS, Inc.

16 What is the Antenna? Chip Antenna Design Challenges The Antenna is the combination of layout routing + the chip antenna Antenna = Layout Routing + Chip Antenna Layout Routing (Reference Design Board) Chip Antenna Chip Antenna 3D Component ANSYS, Inc. Now what? Vender supplied S-Parameters

17 3D Components - Encryption Password needed during Component Insert and Update Component Security Message At component insert and project re-open 3D Component is Encrypted Only user with password can unlock the 3D Component for use in HFSS ANSYS, Inc.

18 Agenda 3D Component Examples Example 1: Antenna Placement Example 2: Connector on Board Example 3: Internet of Things (IoT) Advanced Technology Q&A ANSYS, Inc.

19 Advanced Technology 3D Components Hybrid Assembly Meshing Aspect Ratio Mesh Enhancement Local Mesh/Local Units Mesh Reuse Mesh Control ANSYS, Inc.

20 3D Components Hybrid Assembly Meshing 2.5GHz 3D Component : FEM Volume: Antenna 2.5GHz 3D Component : IE Region : Engine/Rotor 3D Component : IE Region : Aircraft Large Aspect Ratios Meshing Challenge ANSYS, Inc.

21 Meshing Aspect Ratio 3D Components Local Units Each independent 3D Component is meshed separately Improved Mesh Quality 3D Component Units ANSYS, Inc.

22 Mesh Reuse 3D Component Mesh Reuse Each 3D Component is meshed independently When the 3D Component is repositioned, the mesh moves with it. Accelerates Parametric studies by 5x. More with the Distributed Solve Option ANSYS, Inc.

23 3D Components - Mesh Control Mesh Control 3D Component Initial Mesh Setting Surface Approximation Settings Use Curve Linear Elements ANSYS, Inc.

24 Conclusion Share Build Conquer 3D Components Enterprise-wide, validated HFSS 3D Components Easy to use by all design engineers Designers don t have to be concerned with the setup of components they just use them Design sharing with partners Enable tighter design margins by sharing 3D HFSS components with partner companies both higher and lower in the supply chain Protect your IP through encryption Advanced Technology Mesh Reuse ANSYS, Inc.

25 ANSYS, Inc. ANSYS Confidential Thank You