HyperLynx

HyperLynx Signal Integrity Analysis(Modern UX)

Course Code
298990-US
Software
HyperLynx 2510
Language
English
User Level
All
Pricing ID
Select Country
Live Online Duration
6 hours for each day for 5 days

The HyperLynx Signal Integrity Analysis course will teach you how to use HyperLynx SI to analyze signal integrity, timing, and crosstalk in the pre-and post-layout stages of the design process. Hands-on lab exercises will reinforce lecture and discussion topics under the guidance of our industry-expert instructors.

Course Details

The HyperLynx Signal Integrity Analysis course will help you understand basic signal integrity, crosstalk, and constraint development in the design process.

Hands-on lab exercises will reinforce what is discussed during the lectures and provide you with extensive tool usage experience under the guidance of our industry-expert instructors.

PREREQUISITES

  • Familiarity with the Windows operating system
  • Familiarity with concepts of PCB design and technology

PROVIDED COURSE MATERIALS
Class Package

This course is no longer offered. Contact us if you would like to schedule a training event at your facility.

For more information
Learning Services, EDA USA

PRIMARY COURSE TOPICS

What You’ll Learn

  • Create and simulate LineSim schematics
  • Use LineSim to develop design constraints
  • Investigate termination strategies
  • Investigate stack-up strategies
  • Export PCB designs to HyperLynx
  • Identify and debug SI and Crosstalk issues
  • Assign models and component values
  • 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
  • Run Sweep analysis and explore a solution space

Throughout this course, extensive hands-on lab exercises provide you with practical experience using HyperLynx SI software. Hands-on lab topics include:

  • LineSim schematic creation, editing stack-up, assignment of models and component values
  • Compare theoretical values with simulation results
  • Manual and automatic waveform measurements of overshoot, flight time, and crosstalk
  • Evaluating the effects of different impedance matching strategies, topologies, technologies, and stack-ups in LineSim
  • Sweeping design parameters
  • Create and debug IBIS models
  • Add model libraries using different methods in BoardSim
  • Perform Quick Batch Analysis in BoardSim and review the report
  • Perform Detailed Batch Analyses in BoardSim and analyze the reports
  • Interactively simulate different scenarios to fix problems in BoardSim
  • Document changes made in BoardSim
  • Set up and simulate nets between boards using MultiBoard projects