Teledyne Lecroy Webinars
Check out the Teledyne LeCroy Signal Integrity Academy with more than 200 hours of video courses.
Sign up for a free account on the site. For a complimentary 3-month subscription, enter the promo code CUQ225 on the second page of the registration form.
2024
- In the Lab with Eric Bogatin -Part 11: Measure Trace Resistance with a Digital Multimeter (DMM)
- In the Lab with Eric Bogatin -Part 10: Measuring the Impact of Crosstalk in Ribbon Cables With Different Ground Topologies
- In the Lab with Eric Bogatin -Part 9: Measuring Crosstalk Between Signal Return Loops
- Characterizing a MEMS switch for High-speed SerDes Interfaces
- In the Lab with Eric Bogatin -Part 8: Understanding On-die Rail Voltages by Measuring Quiet High and Low Signals
- In the Lab with Eric Bogatin -Part 7: Getting the Lead Out – Expert Soldering Tips
- In the Lab with Eric Bogatin -Part 6: Using a Slammer Circuit and Reducing Power Rail Switching Noise with Decoupling Capacitors
- In the Lab with Eric Bogatin -Part 5: Using the Oscilloscope to Measure Loop-to-loop Crosstalk
- In the Lab with Eric Bogatin -Part 4: Understanding the Function Generator and Using it Properly
- In the Lab with Eric Bogatin -Part 3: Building a Prototype PCB and Making Tradeoffs
- In the Lab with Eric Bogatin -Part 2: Mastering the Oscilloscope for Signal and Noise Measurements
- In the Lab with Eric Bogatin -Part 1: Design it Right the First Time – Practical PCB Design and Layout Tips
2023
- Fundamentals of EMI Tutorial: 3 Simple Pre-compliance Tests You Should Know
- Fundamentals of Signal Integrity Tutorial: Don’t Be Confused by Ground
- Fundamentals of Power Integrity Tutorial: Measuring Power Sources
2022
- Become an Expert in Measurement-Simulation Correlation for High-speed Serial Data Links
- Become an Expert on Channel Operating Margin (COM) and Understanding Its Impact on Oscilloscope Eye Diagrams
- Three Design Tricks to Reduce Switching Noise in Printed Circuit Boards
2021
- What Do I Need and Why – TDR, S-parameters, or Both?
- Practical On-die Power Integrity Measurements
- Don’t Let Ground Bounce Ruin Your Day
- Real-time Spectral Analysis of Power Rails
- 5 Tips for Power Integrity Debug
- Understanding Real-time Spectral Analysis
- What Every Oscilloscope User Should Know About Transmission Lines
- Beyond the TDR: Differential and Common impedance, Crosstalk and Mode Conversion
- Part 1: Beyond the TDR
- Part 2: Reading S-Parameters Like a Book
- Part 3: Lossy Interconnects and Insertion Loss
- Part 4: Mixed mode S-parameters and TDR responses
- Part 5: Principles of De-embedding
- Part 6: Using S-parameters as a behavioral model in System Simulation
- Mastering the TDR in 45 Minutes
- The Impact of Power Rail Noise on Clock Jitter
- How to Characterize Lossy Interconnects in High-speed Designs
2020
- Pre-compliance EMC testing with Real-time Spectral Analysis
- SI/PI Measurements on a Budget
- S-Parameter Master Class Part 3 - Hands on Lab
- S-Parameter Master Class Part 2 - Hands on Lab
- S-Parameter Master Class Part 1 - Hands on Lab
- Using S-parameters as a behavioral model in System Simulation
- Advanced TDR Concepts
- Principles of De-embedding
- Analyzing Discontinuities with a TDR
- Mixed-mode S-parameters and TDR responses
2019
- Mastering the TDR - Part 4: Differential Pairs with no Return Paths
- Differential Impedance: How Not to Be Confused
- Reading S-Parameters Like a Book
- A Simple Technique To Measure The Bandwidth Of Your Probe-Scope System
- Secrets To Successful Power Rail Measurements
- Differential Pairs with no Return Paths
- Lossy Interconnects and Insertion Loss
- Taking the TDR for a Spin: Interpreting Impedance Profiles
- Beyond the TDR
- Practical On-Die Power Integrity Measurements