Introduction to Radar Systems lec 1
Ғылым және технология
EDIT: I originally put this up because the flash player and website they had for this lecture series on the original website was absolutely terrible(they were using some sort of 'secure' flash player with asynchronous audio) and I needed a decent copy so I could go through them properly. I just checked on the Lincoln Laboratory KZread page and it looks like they've finally put these videos up. You can either go to that page or follow the link I have below to their vastly improved website. I'll leave these videos up since it seems like even google has it indexed as a result buuut I highly recommend you check out their page. There is an follow up series that I never got around to uploading but I'm sure you can find that quite easily now.
Intro to Radar tutorials. Original source at www.ll.mit.edu/workshops/educ... .
This falls under fair use since the purpose is for education and simply making the content easier to watch than using the original site. Lecture notes for course at drive.google.com/open?id=15Il...
Пікірлер: 8
Great Educational Video, Thank You, Picked Up things I didn't know from all these years. I studied Microwave Electronics for 9 months at MICROWAVE Training Institute, here in Mountain View, California how it is Engineered: Klystrons, magnetrons, traveling wave tubes, YIG tuned resonators, etc... use of spectrum analyzers, vector network analyzers, wave propagation , USE of the SMITH CHART in TUNING RADAR Systems .. what is all talked in this video... I worked in a company here in Silicon Valley, as a Technician supporting the design, manufacture, testing, building of 'microwave amplifier 4 - 18 GHZ stripline circuits' here in Silicon Valley/Santa Clara, California back in the mid / late 1980s. MICROWAVES acts like Black Magic. dbm, kTB, calculating NOISE Figure, Boltzmann constant etc...etc... Loved it.
This is a great presentation.
I think the table at 42:50 is wrong. In the frequency side it goes from 1 MHz to 1 GHz and then to 10^9 Hz. 10^9 is 1000000000 Hz, which is the same as 1 GHz, and then it continuous to be wrong with 10^12 Hz. Please fix it or put a note on it.
I just passed high school and I am here
59:00
27:30
@jamesgrant1850
3 жыл бұрын
Uh he wecee uhbishoe lization uvanantennuh
Gonna keep the lectures to a half an hour? This one is 1hour 37min and the second is 1hour 23min