Oscilloscope Basics 101 / Getting the Most Out of Your DSO In-Person Seminar

In-person Seminar: Oscilloscope Basics 101 / Getting the Most Out of Your DSO

Oscilloscope Basics 101 / Getting the Most Out of Your DSO

Learn directly from an industry expert through live demos, hands-on applications, and advanced oscilloscope techniques.

Date: Thursday, January 15, 2026
Time: 10:00 AM - 2:00 PM, Includes Lunch
Cost: Registration is closed. Please email questions to matthew.repecki@teledyne.com*

Location: Teledyne LeCroy 765 Sycamore Drive, Milpitas, CA 95035

SEMINAR AGENDA
9:30AM - 10:00AM: Welcome, coffee and introductions
10:00AM - 12:00pm: Seminar
12:00PM - 12:30pm: Lunch/Break
12:30PM - 2:00pm: Hands-on session for participants
 2:00PM: Seminar ends with presenters available for oscilloscope Q&A.

An oscilloscope is an essential tool for visualizing and analyzing electrical signals in real time. They are used in a wide range of fields, from the automotive industry, high-speed serial interfaces, signal integrity, power integrity, DDR, university research laboratories, to the aerospace-defense industry.

In this seminar we demonstrate how to optimize oscilloscope bandwidth, sample rate, memory, and dynamic range, and overviews a wide range of scope hardware and software tools and capabilities for analysis and debug.

During the second half of the seminar participants will get hands-on in groups to manage and drive the scope.

Attendees will learn how to:

  • Configure hardware and software features for advanced debugging and signal characterization
  • Minimize quantization error and aliasing, apply waveform interpolation, and utilize enhanced resolution modes
  • Use segmented memory, gated measurements, and waveform scanning to isolate and analyze critical signal events
  • Apply statistical and trend-based tools including histograms, tracks, trends, and parameter limit testing (pass/fail, hysteresis, acceptance windows)
  • Set up advanced triggering schemes and anomaly detection workflows to capture rare or intermittent behaviors
  • Perform frequency domain analysis using FFTs and spectral tools
  • Automate data capture, visualization, and documentation with plotting, graphing, and auto-save features

Presenters:
Mike Hertz, Field Applications Engineering Manager, Teledyne LeCroy
Farooq Yousuf, Field Applications Engineer, Teledyne LeCroy

Please note that we cannot accommodate walk-ins.