Now Available On-Demand
Original Broadcast Date: May 6, 2025
Duration: 1 hour
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Summary
Engineers developing today’s systems with multiple RF interfaces or complex embedded synthesizer or other RF functions can benefit from a multi-channel, mixed domain signal acquisition and analysis to measure, and interpret signals across multiple channels, frequencies, and time intervals. In this webinar we’ll explore solutions for multi-channel, time- and frequency-correlated analysis.
Synchronized multi-channel (4/6/8 channels) spectrum analysis using hardware digital downconverters (DDCs) in parallel with time domain signal processing unlock exciting capabilities:
- Any analog channel can be viewed as a waveform, spectrum, or both
- Plot and trigger on changes in RF frequency or magnitude
- Spectrums and time domain waveforms are synchronized to correlate RF and time domain events
- Spectrum controls such as center frequency and RBW are completely independent of time domain controls
Alan will showcase real-world demonstrations of the benefits of these measurements across different RF signals with their own distinct settings.
Speaker
Sr. Field Applications Engineer
Alan Wolke is a Tektronix Senior Field Applications Engineer who specializes in RF technology. Since 2006 his work has focused on military and government applications such as radar and electronic warfare (EW). Before joining Tektronix, Alan held engineering roles in multiple technical industries including high-speed fiber optics and hard disk technology.
Alan earned his degree in Electrical Engineering from New Jersey Institute of Technology in 1985. In addition to his work supporting RF engineers in the defense industry, Alan is an avid amateur radio enthusiast (W2AEW) and operates a YouTube channel on which he shares his passion for electronics, amateur radio, and test & measurement. The instructional videos he publishes on this channel have received over twenty million views.
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