Hello ma'm here at 11:46 u told dielectric substrate 2 is greater than dielectric substrate 1 but in hindi video at 14:47 u told dielectic substrate 1 is greater than dielectric substrate 2 . Mam which is correct ?
Using experimets we found out that at 50 ohm we get perfect impedance matching and power dissipated would be less in this case but there are exception as well. like when we have to transmit small signal we prefer 75 ohm impedance for perfect matching. Stay connected for upcoming videos. Thank you
Great lecture... Very informative session.. Teaching way is awesome
Tq mam👍
Great work!
One correction though 11:00, feed line should be below Er2 in your example.
Good lecture madam lchts mam
Thank you so much for your valuable feedback..
Stay connected for upcoming videos..
@@VaishaliKikan mam I seeing you are also on insta pls help me i have some qus to ask you?🤝
Super mam
Thank you so much.. stay connected for upcoming videos...
Hello ma'm here at 11:46 u told dielectric substrate 2 is greater than dielectric substrate 1 but in hindi video at 14:47 u told dielectic substrate 1 is greater than dielectric substrate 2 . Mam which is correct ?
Nice didi ji
Good Work but one Question Mam When Width & Length is Increases What will Happenin the MSA?
Fringing effect would be reduced..
Why patch radiates in width portion only mam?.. why not fringing not occurs in length portion?
I didn't understand the meaning of easy to model & cannot differentiate it with easy to fabricate , how both are two different things ??
thank you mam but how do we know that the impedance is 50 ohm at that particular position i patch for perfect impedance matching?
Using experimets we found out that at 50 ohm we get perfect impedance matching and power dissipated would be less in this case but there are exception as well. like when we have to transmit small signal we prefer 75 ohm impedance for perfect matching.
Stay connected for upcoming videos.
Thank you
@@VaishaliKikan he means how to find the exact position on patch ??