All: What a wonderful set of references!   It instills just a little pride. 73, -- Dale WA8EFK -------- Forwarded Message -------- Subject: VNA Time-Domain Reflectometry compared with Oscilloscope-based TDR Methods Date: 5 May 2020 09:07:23 -0400 From: Microwaves & RF <microwavesrf@enews.mwrf.com> Reply-To: InformaDEST <informa_dest@inbound.bamboocricket.com> To: dale.wms1@frontier.com Join us for a webinar May 13th at 2pm ET If you have trouble viewing this email, read the online version <https://app.assetsdes.endeavorb2b.com/e/es.aspx?s=1904481191&e=1644563&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&elqTrackId=fcc7587db254444eb9559cc198f5e9be>. An Introduction to Vector Network Analysis: VNA Time-Domain Reflectometry compared with Oscilloscope-based TDR Methods /*Join us for a live Rohde & Schwarz webinar May 13, 2020 at 2:00 pm ET.*/ <https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=108121&elqTrackId=ec36b0de23814b16ab9496bc75b119b6&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&utm_rid=CPG05000048117985&utm_campaign=31549&utm_medium=email&elq2=a905eadfcd4047b5b333562cb3574f70&oly_enc_id=3326A5761501D6X> In the third video, we will introduce the concept of Time Domain Reflectometry and compare the VNA- and Oscilloscope-based TDR approaches, highlighting advantages and disadvantages of each, with demonstrations. *By registering <https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=108121&elqTrackId=e71a228b443147c8a9bcf7ef8a7bfaea&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&utm_rid=CPG05000048117985&utm_campaign=31549&utm_medium=email&elq2=a905eadfcd4047b5b333562cb3574f70&oly_enc_id=3326A5761501D6X> for this webinar you will also have full access to the entire Test & Measurement Resource Center <https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=108121&elqTrackId=38de9cd9830043129561ec0df0522179&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&utm_rid=CPG05000048117985&utm_campaign=31549&utm_medium=email&elq2=a905eadfcd4047b5b333562cb3574f70&oly_enc_id=3326A5761501D6X>, a digital content hub for education and real-world technical information.* Register <https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=108121&elqTrackId=4dbba5dba64d46eb908997b5354672de&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&utm_rid=CPG05000048117985&utm_campaign=31549&utm_medium=email&elq2=a905eadfcd4047b5b333562cb3574f70&oly_enc_id=3326A5761501D6X> *<https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=108121&elqTrackId=dd2b3ad043824198b2d6cf3b534d3082&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&utm_rid=CPG05000048117985&utm_campaign=31549&utm_medium=email&elq2=a905eadfcd4047b5b333562cb3574f70&oly_enc_id=3326A5761501D6X>* Greg Bonaguide is a Senior Applications Engineer for Rohde & Schwarz, specializing in Spectrum Analyzer and Vector Network Analyzer technology. He has worked in the RF & Microwave field since 1982 in Design, Systems Engineering, and Test & Measurement roles. His experience includes stints with both Commercial and Aerospace/Defense companies such as the American Radio Relay League, Cubic Corporation, E-Systems, GTE Spacenet, Philips Semiconductors, and Raytheon. He holds Masters Degrees in both Electrical Engineering and Engineering Management from the University of South Florida, and has published in journals such as QST, the ARRL Handbook, Microwaves & RF, Test & Measurement World, and Evaluation Engineering. He has also authored and delivered several MicroApps presentations at past IEEE-MTT shows. He served on the 2016 EDI CON Technical Advisory Committee, was co-chairman for the 2014 International Microwave Symposium (IMS) Microwave Application Seminars (MicroApps), and served as Chairman of the IEEE Florida West Coast Section MTT/AP/ED Societies. He recently published The VNA Applications Handbook through Artech House. *Greg Bonaguide, Application Engineer* An An Endeavor Business Media Design Engineering & Sourcing Brand Periodically, Microwaves & RF will inform you of special events, products and other offers that we believe you will find helpful in your business or career. To STOP receiving promotional e-mails from Microwaves & RF, please click here <https://app.assetsdes.endeavorb2b.com/e/er?s=1904481191&lid=107300&elqTrackId=c5f073e1c332420986a83df642419764&email=dale.wms1%40frontier.com&emailName=MWRF_Promo_RSTMRF0513E1_WS_JH_05052020&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1>. Microwaves & RF | Endeavor Business Media | 331 54th Ave N., Nashville, TN 37209 | New York, NY 10036-2708 | Privacy Policy <https://www.endeavorbusinessmedia.com/privacy-policy?elqTrackId=171f414a5ce147f386695a4660a46c09&elq=a905eadfcd4047b5b333562cb3574f70&elqaid=31549&elqat=1&elqCampaignId=27959>