On-Demand Training - High-Speed PCB Design Training (Modern UX)
Description
A collection of learning paths that cover High Speed PCB design and analysis methodology using HyperLynx family of tools in the new 2409 software release.
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Explore This On-Demand Training
Chapters
learning path
- HyperLynx Power Integrity Analysis Learning Path Overview (2409)
- Chapter 1 - HyperLynx PI Overview (2409)
- Chapter 2 - Modeling Requirements for DC and AC Analysis (2409)
- Chapter 3 - PDN Theory and Design Methodology (2409)
- Chapter 4 - Pre-layout Decoupling Analysis (2409)
- Chapter 5 - Post-layout Decoupling Analysis (2409)
- Chapter 6 - DC Drop Analysis (2409)
- HyperLynx Power Integrity Analysis (Modern UX) Exam
HyperLynx Power Integrity Analysis (Modern UX)
Using the new 2409 software, learn to use HyperLynx PI to develop constraints, detect & correct DC& AC problems for the power delivery network in your design.
Overview of HyperLynx Power Integrity Analysis
HyperLynx Power Integrity Analysis (Modern UX) 8 Chapters
Using the new 2409 software, learn to use HyperLynx PI to develop constraints, detect & correct DC& AC problems for the power delivery network in your design.
1 HyperLynx Power Integrity Analysis Learning Path Overview (2409) 1 Topic
- HyperLynx Power Integrity Analysis Learning Path Overview
2 Chapter 1 - HyperLynx PI Overview (2409) 8 Topics
- Overview of HyperLynx Power Integrity Analysis
- Knowledge Check 1: HyperLynx PI Overview
- DC Analysis Overview and Requirements
- Knowledge Check 2: HyperLynx PI Overview
- AC Analysis Overview and Requirements
- Knowledge Check 3: HyperLynx PI Overview
- Lab: HyperLynx PI Quickstart
- Assessment: HyperLynx PI Overview
3 Chapter 2 - Modeling Requirements for DC and AC Analysis (2409) 8 Topics
- Voltage Source Modeling
- Knowledge Check 1: Modeling Requirements for DC and AC Analysis
- VRM Model Assignment in BoardSim
- Knowledge Check 2: Modeling Requirements for DC and AC Analysis
- IC Power Pins Modeling
- Knowledge Check 3: Modeling Requirements for DC and AC Analysis
- Lab: VRM Modeling (Optional)
- Assessment: Modeling Requirements for DC and AC Analysis
4 Chapter 3 - PDN Theory and Design Methodology (2409) 9 Topics
- Introduction to PDN AC Analysis
- Knowledge Check 1: PDN Theory and Design Methodology
- PDN Analysis Methodology - Part 1
- Knowledge Check 2: PDN Theory and Design Methodology
- PDN Analysis Methodology - Part 2
- Knowledge Check 3: PDN Theory and Design Methodology
- Understanding the PDN Impedance
- Knowledge Check 4: PDN Theory and Design Methodology
- Assessment: PDN Theory and Design Methodology
5 Chapter 4 - Pre-layout Decoupling Analysis (2409) 25 Topics
- Modeling Decoupling Capacitors
- Knowledge Check 1: Pre-layout Decoupling Analysis
- Decoupling Analysis Types
- Knowledge Check 2: Pre-layout Decoupling Analysis
- Pre-layout Decoupling Analysis
- Knowledge Check 3: Pre-layout Decoupling Analysis
- Placing Decoupling Capacitors
- Knowledge Check 4: Pre-layout Decoupling Analysis
- Assigning Decoupling Capacitor Models
- Knowledge Check 5: Pre-layout Decoupling Analysis
- Running the Quick Analysis
- Knowledge Check 6: Pre-layout Decoupling Analysis
- Placing the IC Power Pins and VRM
- Knowledge Check 7: Pre-layout Decoupling Analysis
- Running the Lumped Analysis
- Knowledge Check 8: Pre-layout Decoupling Analysis
- Running the Distributed Analysis - Part 1
- Knowledge Check 9: Pre-layout Decoupling Analysis
- Running the Distributed Analysis - Part 2
- Knowledge Check 10: Pre-layout Decoupling Analysis
- Running the Decoupling Analysis - Part 1
- Running the Decoupling Analysis - Part 2
- Knowledge Check 11: Pre-layout Decoupling Analysis
- Lab: Pre-layout Decoupling Analysis
- Assessment: Pre-layout Decoupling Analysis
6 Chapter 5 - Post-layout Decoupling Analysis (2409) 12 Topics
- Post-layout Decoupling Analysis
- Knowledge Check 1: Post-layout Decoupling Analysis
- Decoupling Capacitors and Power Supplies in BoardSim
- Knowledge Check 2: Post-layout Decoupling Analysis
- Decoupling Capacitors and Power Supplies in BoardSim - Demo
- Knowledge Check 3: Post-layout Decoupling Analysis
- Running the Decoupling Analysis in BoardSim
- Knowledge Check 4: Post-layout Decoupling Analysis
- PDN Design Recommendations and Guidelines
- Knowledge Check 5: Post-layout Decoupling Analysis
- Lab: Post-layout Decoupling Analysis
- Assessment: Post-layout Decoupling Analysis
7 Chapter 6 - DC Drop Analysis (2409) 15 Topics
- Introduction to DC Drop
- Knowledge Check 1: DC Drop Analysis
- Setting Up for DC Drop Analysis in BoardSim
- Knowledge Check 2: DC Drop Analysis
- Running DC Drop in BoardSim
- Knowledge Check 3: DC Drop Analysis
- Exporting to LineSim
- Simulating with Reference Nets
- Knowledge Check 4: DC Drop Analysis
- Multi-phase VRMs and Sense Lines
- Knowledge Check 5: DC Drop Analysis
- DC Drop with Shared Ground Currents
- Knowledge Check 6: DC Drop Analysis
- Lab: DC Drop Analysis
- Assessment: DC Drop Analysis
8 HyperLynx Power Integrity Analysis (Modern UX) Exam 1 Topic
- Level 1 Exam - HyperLynx Power Integrity Analysis (Modern UX)
Chapters
learning path
- HyperLynx Signal Integrity Analysis Learning Path Overview (2409)
- HyperLynx SI Overview(2409)
- LineSim User Interface(2409)
- Interconnects(2409)
- Developing Constraints(2409)
- BoardSim User Interface(2409)
- Batch Analysis in BoardSim(2409)
- Post-Layout Evaluation and Verification(2409)
- Exporting PCB Layouts to BoardSim(2409)
- Differential Pairs(2409)
- MultiBoard Analysis(2409)
- Theory, Simulation, and Measurements(2409)
- Models(2409)
- HyperLynx Signal Integrity Analysis(Modern UX) Exam
HyperLynx Signal Integrity Analysis (Modern UX)
Using the new 2409 software, learn how to use HyperLynx to develop design constraints and detect and correct signal integrity issues in your designs.
Analysis Strategies
HyperLynx Signal Integrity Analysis (Modern UX) 14 Chapters
Using the new 2409 software, learn how to use HyperLynx to develop design constraints and detect and correct signal integrity issues in your designs.
1 HyperLynx Signal Integrity Analysis Learning Path Overview (2409) 1 Topic
- Learning Path Overview
2 HyperLynx SI Overview(2409) 11 Topics
- The Roles of HyperLynx
- HyperLynx Quickstart
- Knowledge check 1: HyperLynx SI Overview(2409)
- Generating Design Constraints with LineSim
- Generating Design Constraints with LineSim Lab- Solution
- Analysis Strategies
- HyperLynx SI Basics
- Knowledge check 2: HyperLynx SI Overview(2409)
- HyperLynx User Interface
- Knowledge check 3: HyperLynx SI Overview(2409)
- Assessment: HyperLynx SI Overview(2409)
3 LineSim User Interface(2409) 21 Topics
- Creating LineSim Schematics
- LineSim Graphical User Interface
- Placing and Connecting Symbols
- Knowledge check 1: LineSim User Interface(2409)
- Setting Up Model Libraries
- Assigning Models
- Knowledge check 2: LineSim User Interface(2409)
- Assigning Models
- Assigning Series Passive Models
- IC Component Models
- Knowledge check 3: LineSim User Interface(2409)
- Stackup Manager
- Stackup Editor
- Stackup Advanced Considerations
- Editing Stackups
- Knowledge check 4: LineSim User Interface(2409)
- Digital Oscilloscope - Running Simulations
- Digital Oscilloscope - Making Measurements
- SI Simulation with Waveform Analyzer
- Knowledge check 5: LineSim User Interface(2409)
- Assessment: LineSim User Interface(2409)
4 Interconnects(2409) 14 Topics
- Lossless Transmission Lines
- Knowledge check 1: Interconnects(2409)
- Uncoupled Transmission Lines in LineSim
- Knowledge check 2: Interconnects(2409)
- Coupled Transmission Lines
- Coupled Transmission Lines - Advanced Techniques
- Configuring Coupled Transmission Lines
- Knowledge check 3: Interconnects(2409)
- Reference Conductors
- Vias and Padstacks
- Vias: Simulating Via Configurations
- Packaging
- Knowledge check 4: Interconnects(2409)
- Assessment: Interconnects(2409)
5 Developing Constraints(2409) 21 Topics
- Developing Constraints with LineSim
- Knowledge Check 1: Developing Constraints(2409)
- Technology
- Knowledge Check 2: Developing Constraints(2409)
- Topology
- Knowledge Check 3: Developing Constraints(2409)
- Termination
- Terminator Wizard
- Knowledge Check 4: Developing Constraints(2409)
- Transmission Line Parameters
- Investigating Trace Parameters
- Knowledge Check 5: Developing Constraints(2409)
- Exploring the Solution Space
- Parametric Sweeps
- Solution Space Exploration
- Constraints
- Knowledge Check 6: Developing Constraints(2409)
- Performing a Termination Study
- Pre-layout Flow
- Knowledge Check 7: Developing Constraints(2409)
- Assessment: Developing Constraints(2409)
6 BoardSim User Interface(2409) 12 Topics
- Opening & Saving BoardSim Files
- Working with Nets in BoardSim
- Knowledge Check 1: BoardSim User Interface(2409)
- Viewing Objects in BoardSim
- BoardSim Interface
- Knowledge Check 2: BoardSim User Interface(2409)
- Assigning Models Using .REF & .QPL Files
- Assiging Models Using .REF and .QPL Files
- BoardSim Interactive Oscilloscope
- BoardSim Interactive Crosstalk
- Knowledge Check 3: BoardSim User Interface(2409)
- Assessment: BoardSim User Interface(2409)
7 Batch Analysis in BoardSim(2409) 13 Topics
- Analysis Wizards in BoardSim
- Setting Up Quick Batch Analysis
- Knowledge Check 1: Batch Analysis in BoardSim(2409)
- Examining Quick Batch Reports
- Quick Batch Analysis
- Detailed Batch Analysis Setup
- Knowledge Check 2: Batch Analysis in BoardSim(2409)
- Crosstalk-Related Settings
- Examining Detailed Batch Analysis Results
- Interpreting Delay and Overshoot Results
- Knowledge Check 3: Batch Analysis in BoardSim(2409)
- Detailed Batch Analysis
- Assessment: Batch Analysis in BoardSim(2409)
8 Post-Layout Evaluation and Verification(2409) 11 Topics
- HyperLynx SI Example Flow
- Solving Post Layout SI Problems
- Knowledge Check 1: Post-Layout Evaluation and Verification(2409)
- Solving Post Layout Problems Through Routing Changes
- Solving Post Layout Problems Using Quick Terminators
- Solving SI Problems Using Quick Terminators
- Knowledge Check 2: Post-Layout Evaluation and Verification(2409)
- Solving Post Layout Problems Using Export to LineSim
- Solving SI Problems Using Export to LineSim
- Knowledge Check 3: Post-Layout Evaluation and Verification(2409)
- Assessment: Post-Layout Evaluation and Verification(2409)
9 Exporting PCB Layouts to BoardSim(2409) 5 Topics
- Preparing a Layout for BoardSim
- Knowledge Check 1: Exporting PCB Layouts to BoardSim(2409)
- Exporting a Layout to BoardSim
- Knowledge Check 2: Exporting PCB Layouts to BoardSim(2409)
- Assessment: Exporting PCB Layouts to BoardSim(2409)
10 Differential Pairs(2409) 12 Topics
- Overview of Differential Pairs
- Differential Pair Setup in BoardSim
- Exploring Differential Pairs in BoardSim
- Differential Pairs in BoardSim
- Knowledge Check 1: Differential Pairs(2409)
- Exploring Differential Pairs in LineSim
- Exporting Differential Pairs to LineSim
- Differential Pair Impedance Planning
- Knowledge Check 2: Differential Pairs(2409)
- Differential Pairs in LineSim
- Configuring Driver Stimulus
- Assessment: Differential Pairs(2409)
11 MultiBoard Analysis(2409) 14 Topics
- MultiBoard Analysis Introduction
- Knowledge check 1: MultiBoard Analysis(2409)
- Creating MultiBoard Projects
- Knowledge check 2: MultiBoard Analysis(2409)
- Analyzing MultiBoard Projects
- Knowledge check 3: MultiBoard Analysis(2409)
- Configuring Advanced Connectors in MultiBoard Projects
- Simulating Advanced Connectors
- Knowledge check 4: MultiBoard Analysis(2409)
- MultiBoard Analysis
- Fixing SI and Crosstalk Problems
- Working with Rigid-Flex Designs
- Knowledge check 5: MultiBoard Analysis(2409)
- Assessment: MultiBoard Analysis(2409)
12 Theory, Simulation, and Measurements(2409) 15 Topics
- Overview of High Speed Design Considerations
- Knowledge check 1: Theory, Simulation, and Measurements(2409)
- Overshoot and Ringing
- Reflections
- Measuring Overshoot
- Simulating and Measuring Overshoot
- Knowledge check 2: Theory, Simulation, and Measurements(2409)
- Timing Concepts
- Timing Measurements
- Timing Measurements
- Crosstalk Concepts
- Simulating Crosstalk
- EMI and HyperLynx DRC
- Knowledge check 3: Theory, Simulation, and Measurements(2409)
- Assessment: Theory, Simulation, and Measurements(2409)
13 Models(2409) 16 Topics
- Modeling ICs
- Knowledge Check 1: Models(2409)
- Testing IC Models
- IBIS Package Wrapper
- IBIS Package Wrapper
- Knowledge Check 2: Models(2409)
- S-Parameter Models
- Using S-Parameter Models
- SPICE Models
- Knowledge Check 3: Models(2409)
- Modeling Connectors and Packages
- Modeling Passive Devices
- Modeling Network Packs
- Modeling Vias
- Knowledge Check 4: Models(2409)
- Assessment: Models(2409)
14 HyperLynx Signal Integrity Analysis(Modern UX) Exam 1 Topic
- Level 1 Exam - HyperLynx Signal Integrity Analysis(Modern UX)
Chapter
learning path
- HyperLynx Power Integrity Analysis (Modern UX) Exam
HyperLynx Power Integrity Analysis (Modern UX) Exam
Earners of this badge have completed the 50-question exam to show basic knowledge of power distribution problems using HyperLynx PI in the Modern UX.
HyperLynx Power Integrity Analysis (Modern UX) Exam 1 Chapter
Earners of this badge have completed the 50-question exam to show basic knowledge of power distribution problems using HyperLynx PI in the Modern UX.
1 HyperLynx Power Integrity Analysis (Modern UX) Exam 1 Topic
- Level 1 Exam - HyperLynx Power Integrity Analysis (Modern UX)
Chapter
learning path
- HyperLynx Signal Integrity Analysis(Modern UX) Exam
HyperLynx Signal Integrity Analysis(Modern UX) Exam
Earners of this badge have successfully completed the 50-question exam to show basic knowledge of PCB Analysis using HyperLynx SI in the Modern UX.
HyperLynx Signal Integrity Analysis(Modern UX) Exam 1 Chapter
Earners of this badge have successfully completed the 50-question exam to show basic knowledge of PCB Analysis using HyperLynx SI in the Modern UX.
1 HyperLynx Signal Integrity Analysis(Modern UX) Exam 1 Topic
- Level 1 Exam - HyperLynx Signal Integrity Analysis(Modern UX)
Chapters
learning path
- Introduction to Next Generation PCB Design Learning Path Overview
- Chapter 1: The Modern Interface
- Chapter 2: Product-Level Feature Enhancements
- Chapter 3: The Integrated PCB Flow Walkthrough
Update Training: Introduction to Next Generation PCB Design (Modern UX)
This learning path will introduce users to the new generation user interface.
Overview
Update Training: Introduction to Next Generation PCB Design (Modern UX) 4 Chapters
This learning path will introduce users to the new generation user interface.
1 Introduction to Next Generation PCB Design Learning Path Overview 1 Topic
- Learning Path Overview
2 Chapter 1: The Modern Interface 19 Topics
- Overview
- Global Bar Sliding Panel
- Search
- Top Bar
- Bottom Bar
- Dynamic Bar
- Knowledge Check 1
- Settings Customization
- Application Launcher
- Home Page
- Advanced Settings and Customization
- Knowledge Check 2
- Lab1: Tool Bars
- Predictive Command
- Advanced Predictive Command
- Lab 2: Predictive Command
- Command Links
- Lab 3: Command Links
- Knowledge Check 3
3 Chapter 2: Product-Level Feature Enhancements 6 Topics
- Feature Review - Xpedition
- Knowledge Check 1
- Feature Review - HyperLynx
- Knowledge Check 2
- Start Menus
- Knowledge Check 3
4 Chapter 3: The Integrated PCB Flow Walkthrough 14 Topics
- Designer: Add Components using Search
- Designer: Adding and Naming Nets
- Designer: Packaging the Design
- Knowledge Check 1
- Layout: Creating PCB Job
- Layout: Interactive Placement
- Layout: Routing Overview
- Knowledge Check 2
- Constraint Manager
- Knowledge Check 3
- LineSim: User Interface and Simulation
- BoardSim: User Interface and Simulation
- Knowledge Check 4
- Lab 4: PCB Flow
On-Demand Training - High-Speed PCB Design Training (Modern UX)
Receive unlimited access to all new content added during your active subscription.
During your subscription period, you will automatically receive access to all new content added to the library, including training on new product releases and technology updates to maximize your proficiency.
On-Demand Training - High-Speed PCB Design Training (Modern UX)
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Starting at
USD $2500.00 / year
USD $2500.00 / year