|
|
|
The HyperLynx Signal Integrity Analysis course was developed to help you understand basic signal integrity, crosstalk, EMI
concepts and gain proficiency in signal integrity, crosstalk and EMI analyses, pre and post layout.
|
| |
|
Detailed lab exercises help reinforce what is discussed during the lectures and provide you with extensive tool usage experience under the guidance of our industry expert instructors.
|
| |
|
What will you learn?
|
• Create and simulate LineSim cell-based and free-form schematics
• Investigate termination strategies
• Investigate stackup strategies
• Identify and debug SI and Crosstalk issues
• Read eye diagrams and how to specify a mask
• Simulate EMC and evaluate the results
• Assign models and component values
• Simulate differential pairs
• Evaluate SI and Crosstalk issues
• Translate PCB layout databases
• Run BoardSim simulations interactively and in batch mode
• Run BoardSim for both single and multi-board projects
• Evaluate batch mode simulation reports to identify potential problems
|
| |
|
Hands-On Labs - Throughout this course, extensive hands-on lab exercises provide you with practical experience
under the guidance of our expert instructors. Hands-on lab topics include:
|
• LineSim free-form and cell-based schematic creation, editing stackup,assignment of models and component values
• Compare Theoretical values with simulation results
• Waveform measurements of noise, delay and crosstalk
• LineSim SI and crosstalk simulations
• Evaluating the effects of different impedance matching strategies, topologies technology and stack ups
• Adding models, acquired and created, to the HyperLynx libraries
• BoardSim interactive SI, Crosstalk, and EMC simulations
• BoardSim batch mode – Quick Analysis
• BoardSim batch mode – Detailed Analysis
• Eye diagram and SPICE Simulations
• BoardSim multi-board simulations
|
| |
|
Who should attend?
|
|
• Design and CAD Engineers who will use HyperLynx to analyze signal integrity
|
| |
|
Prerequisties
|
• Familiarity with High-speed PCB concepts
• Familiarity with Windows 98, NT, 2000, XP or UNIX operating systems
|
| |
|
Key Topics
|
• Pre Layout Activities>
• Post Layout Activities
• Fundamental Concepts of SI and Crosstalk
• LineSim's Free-form and Cell-based User Interface
• Using the Stackup Editor and the Schematic Editor
• Assigning Models and Component Values
• Setting Simulation Power Supply Voltages
• Simulation Analysis via the Scope Spectrum Analyzer
• Lossy Analysis
• Using the Terminator Wizard
• Technology, Topology, Termination, and Transmission Line Parameter Solutions
• Design Flow
• Pre Layout Activities
• Evaluating Design Tradeoffs
• Constraint Generation
• Passing Constraints to Layout
• Creating and Testing MOD Models (Databook)
• Testing IBIS Models
• BoardSim User Interface
• BoardSim Interactive SI, Crosstalk, and EMI simulations Translating PCB Layouts to HyperLynx
• Batch Mode (Board Wizard ) in BoardSim
• Quick Analysis in BoardSim
• Back Annotation
• Termination Strategies Using Quick Terminators
• Finding Possible Solutions by Comparing Potential Solutions Multi-board Analysis Pre Layout
• Multi-board Analysis – Create/edit Multiboard Projects and Caveats
• Multiple Instances (e.g. DIMMS, SIMMS)
• Adding Terminators in Multiboard Projects
• Activating the HyperLynx/SPICE (Eldo or HSPICE) interface
• Post Layout Activities
• Simulating with SPICE models
• Simulating differential pairs
|
|