Are you capturing real-world waveforms and striving for pinpoint accuracy in your measurements? Whether you're working with single tones, broadband noise, or arbitrary waveforms in the analog or digital domain, this workshop is designed for you!

Explore advanced but user-friendly frequency and time domain methods applicable to the assessment of signal to noise ratios and EVM (error vector magnitude) for communications waveforms, number of effective bits in A/D conversion, or any application where an accurate measurement of noise is critical.

Learn from a seasoned expert the industry-leading techniques that push the boundaries of traditional test set-ups. The workshop will feature practical “cookbook” techniques using Python (with similar methods in MATLAB and Octave) and provide in-depth insights into both the effective use and potential pitfalls of these methods.

In this engaging session, you will:

• Master FFT-based techniques for single tone measurements of any frequency without any concern for scalloping loss.
• Extend the accurate measurement of single tones to multi-tones and broadband arbitrary waveforms.
• Achieve sub-dB precision in broadband noise density measurements.
• Optimize signal capture duration using the Allan Deviation statistical tool.

Don't miss this opportunity to refine your measurement skills and overcome common limitations. Whether you're a seasoned professional or new to the field, you'll leave with actionable insights and hands-on techniques to elevate your waveform measurement capabilities.