Hi there, thank you for posting the video. Question: since the Antenna gain = the antenna efficiency * Directivity, by having two different directivity equations for Tx and Rx meaning the antenna gain could be different between the Tx and Rx? Or is the term “U_pk/P_rad” and “effective aperture / lamda^2” in the Directive equation could equal to each other? Thanks!
great lectures. Really appreciate this. Thank you, sir
Your video was so clear and detailed and informative! Thank you for the content!
i loved it sir,, thank you,, u r one of then who do share knowledge,, ,,, it's fantastic that u make people happy, clearing their doubts
Thanks for the lectures. Very simple and informative
Request, can you provide the lecture slides (presentation) for us
Thanks
Amazing great. Thank you Professor
May you kindly give my friends about this lesson,
inside gulag.
sir, actual answer of power radiation is A(3pi/4) ,there is not pi^2.
First time I had a professor tell me to go and watch a Bond movie.
Hi there, thank you for posting the video. Question: since the Antenna gain = the antenna efficiency * Directivity, by having two different directivity equations for Tx and Rx meaning the antenna gain could be different between the Tx and Rx? Or is the term “U_pk/P_rad” and “effective aperture / lamda^2” in the Directive equation could equal to each other? Thanks!
Thank you sir ❤
Great video, thanks! :)
Your integral you calculated is just wrong and the directivity you calculate is also wrong you forgot to multiply in A into the power radiated
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