CMOS Narrowband LNA

[@sudeshsaroop6144]

Thanks for the very thorough explanation of the operation and design considerations of modern LNAs. This could easily be a university lecture!

[@ravuruvasudevareddy]

Thanks for valuable info sir (at free of cost)...Those who are having little bit knowledge about MOSFET , Cadence & Op-amp design ...then they will definitely fall in love with ur teaching ...just like me...

[@SANJAYKUMAR-oz2gj]

Amazing work Dr. Susanta ! I have recommended this video to my MS batchmates here at Arizona state university, USA

[@navneetyadav3941]

Amazing lecture, this practical aspect of the design is missing in most of the lectures on youtube. Thank you for sharing this incredible knowledge.

[@NaziaZannat]

Well Explained. Best video of LNA Design.

[@ankeshwasnik7263]

Hats off Sir,Simply awesome

[@himura128]

The lecture is better than good. Coming from an only digital circuit designer who tried his best to avoid looking or considering L/C components. It really is smooth even with the total lack of RF or analog background (I do have some undergrad level background in filters though). Seeing it being a good lecture, it is unfortunate with all the background fan noise (ironically). I can remove that noise (or at least attempt to) if you are willing to give me the source of the video, and I will send it back to you hopefully improved.

[@jianhaowu7368]

Did you intentionally add this background noise to let people know how important the LNA is?

[@songbaizhang1029]

Thank you, it is very clear and helpful

[@Sonu-oe9cd]

Thanks for the video. Well explained.

[@abdulrahim-if9sx]

excellent lecture, great work Thank you....

[@tomasjarin4864]

Great lecture! Thank you very much!

[@paulktemplar]

Is Cgd in parallel with Cgs?

[@sameehandeodhar3281]

Thank you Sir!!! Amazing

[@skgupta563]

Too much noise in low noise amplifier's video

[@alexsu9102]

Spectacular.

[@ramavathgopal_]

splendid work....

[@songbaizhang1029]

very good perspective

[@pyrokinetikrlz]

great video!!! thanks!

[@hamidk4772]

Outstanding.

[@sk10200x]

Excellent!

[@sunil5330]

Sir, its a really good lecture. Just confused in one concept. In your lecture, you said, the noise will reduce with gm but our textbook says noise current of MOSFET is proportional to gm of the devices. Am I missing anything?

[@romilarout1842]

very veru useful post

[@王双波]

good job! get it.

[@magdalene0707]

Gate capacitance (Cgs) induced thermal noise is inversely proportional to gm but channel thermal noise is proportional to gm. Could you explain why the mosfet thermal noise is inversely proportional?

[@NaaJeevitham500]

There is lot of background disturbance in the video.Could you upload it again pls

[@rakeshbommadevara9957]

ya he should use an LNA for lowering the background noise at the same time amplifying his voice

[@ssvideos1995]

Sir, I need to connect to you, need your guidance on my present mtech thesis to design a LNA without RLC

[@skgupta563]

So you will be using transmission line?

[@ssvideos1995]

@@skgupta563 no I am optimizing the LNA circuit

[@skgupta563]

@@ssvideos1995 then how will you match the impedance??

[@ssvideos1995]

@@skgupta563 using active inductors

[@skgupta563]

@@ssvideos1995 well Im also working on similar project

[@rahultheytv5347]

thank you sir

[@TechnicalDisscusion]

thank you