How to Perform Customized Analysis With an Oscilloscope

Data is commonly exported from an oscilloscope to another program (e.g., MATLAB®) for calculation and analysis. Are there better ways to get these results? Can the oscilloscope still be the main platform for post-export analysis? Are there additional external calculation and analysis tools that could be used? Is it possible to control the oscilloscope or other instruments using the same custom scripts or algorithms that perform calculations or analysis on the acquired data? Join us for an overview and advanced examples of best practices and capabilities for oscilloscope customization.

Advanced Customization Examples

In Part 2 of this 2 part series, we provide specific real-world examples of customization being used to solve specific measurement and control challenges.

Topics to be covered in this webinar:

• Example: implementing filters
• Example: time alignment of bursts and detection of crossing points
• Example: Dynamic measurements in which values are passed between measurement parameters and math functions
• Example: Linear regression, non-integer burst lengths
• Other advanced function examples

Who should attend? Engineers who need make specific measurements which are not supported by standard instruments, or Test Engineers designing measurement setups where a dedicated user interface is recommended.

What attendees will learn? You will learn how to augment built-in Teledyne LeCroy oscilloscope capabilities with customized math, measurements and analysis, and how to tailor the oscilloscope to meet specific test needs.

Presenter: Mike Hertz – Senior Field Application Engineer

Can't attend live? Register anyway, and we will send you the recording and slides afterward.