Modern wireless and satellite communication systems — including SATCOM, radar, and other high-frequency RF applications — require engineers to understand time-domain behavior and frequency-domain performance together. Correlating transient events, interference, and multi-channel interactions is critical, yet traditional test setups often force trade-offs between oscilloscope channel density and spectrum analyzer RF fidelity.
This 45-minute webinar will show how to bring these views together by demonstrating how complex RF signals can be captured and visualized across both time and frequency domains simultaneously. The webinar will examine how a high-performance digital phosphor oscilloscope can enable this approach on a single instrument, ultimately combining high-performance RF analysis with synchronized, multi-channel measurements, independent channel control, and integrated analysis software. An audience Q&A session will follow the technical presentation
Speakers:
Koteshwara Raju, Product Applications Engineer, Tektronix
Koteshwara Raju is a Product Applications Engineer supporting RF analyzers, including USB RSAs, benchtop RSAs, and RF applications on oscilloscopes. With extensive experience in engineering within Tektronix, he has a strong background in radio design and development. Koteshwara graduated from Mahatma Gandhi Institute of Technology with a degree in electronics engineering.
Moderator:
Amanda Hosey, Editor, SAE Media Group
