Webinar – Better Noise Power Ratio Measurements for Satellite Components

Registrierung ist geschlossen.
Keysight Technologies

Webinar – Better Noise Power Ratio Measurements for Satellite Components

823 823 people viewed this event.

Summary

As satellite links move to wider channels and higher powers to overcome atmospheric absorption, link designers need to account for increased nonlinear distortion.

Making more accurate and intuitive distortion measurements is key to improving link performance. 

Webinar highlights:

  • Learn how the economy of space is changing for new satellite missions with the continued demand for more data and more availability. 
  • Discover how the spectral correlation method of measurement can be used to see all the distortion from the DUT, both in-band and out-of-band. 
  • Find out how this measurement technique can be extended to replace both noise power ratio (NPR) and error vector magnitude (EVM) measurement in component characterization. 

Speakers

Donald Vanderweit

Donald Vanderweit
Application Engineer
Keysight Technologies

Donald Vanderweit has worked at Keysight Technologies as an Application Engineer since 2006.

He supports Keysight RF and Microwave test solutions across the space industry, with a focus on link and component testing. Vanderweit received his MSEE from the University of Colorado at Boulder in 1988.

Additional Details

Link zur Veranstaltungsseite - https://event.on24.com/eventRegistration/EventLobbyServlet?target=reg20.jsp&partnerref=EP&eventid=2024629&sessionid=1&key=FB9DD562CEC29508D35AF5520E07CB7A&regTag=569388&sourcepage=register

 

Datum und Uhrzeit

20. Mai 2020 @ 11:00 bis
20. Mai 2020 @ 12:00
 

Ort

-
 

Veranstaltungskategorie

Share With Friends

Nach oben scrollen
Datenschutz-Übersicht

Auf dieser Website werden Cookies u.a. für Werbezwecke, Zwecke in Verbindung mit Social Media sowie für analytische Zwecke eingesetzt. Wenn Sie weiter auf der Website surfen, erklären Sie sich mit dem Einsatz von Cookies einverstanden. Klicken Sie auf "Alle Ablehnen", um die Verwendung von Cookies von Drittanbietern abzulehnen.

Zur vollständigen Datenschutzerklärung.