I studied Microwave Electronics Technology the practical side of things in 1985 and learned the basics, and worked as a MICROWAVE Technician building gallium arsenide microwave amplifiers and it's great to know more in depth what engineers do from an applied engineering physics through the mathematics of design. I am now retired and still learning the theories for more understanding of microwaves. Thank You Professor.
good sir, when you say gamma_L, you mean the reflecion coeff of the load if it was put against a 50 Ohm source (VNA letsy say), right? And when you refer to the S matrix of the MOSFEt, you mean the S matrix in a 50 Ohm system (so in a VNA measurement setup lets say), right?
great work. it would be very helpful to see the video that you mention in the last bit ot the video. Since im am designing a power amplifier and im trying to stabilize my transistot but resistors cause to much noise.
To move the source stability circle outside of the smith chart can we add the series resister on the source side? I'm confused as to why the series resister goes on the load side.
I studied Microwave Electronics Technology the practical side of things in 1985 and learned the basics, and worked as a MICROWAVE Technician building gallium arsenide microwave amplifiers and it's great to know more in depth what engineers do from an applied engineering physics through the mathematics of design. I am now retired and still learning the theories for more understanding of microwaves. Thank You Professor.
You explained to me in 50 minutes what my professor couldn't explain to me like in 10 hours (5 classes of 2 hours each).
Big thanks!
You are doing a great service by investing so much time to teach in detail. Keep up the work mate
Your video series is a lifesaver and an absolute pleasure to watch. Thank you.
Absolutely wonderful videos! Everything is so clear!
Great service !
Can you please upload all other videos here? (#4 - #8)?
good sir, when you say gamma_L, you mean the reflecion coeff of the load if it was put against a 50 Ohm source (VNA letsy say), right?
And when you refer to the S matrix of the MOSFEt, you mean the S matrix in a 50 Ohm system (so in a VNA measurement setup lets say), right?
great work. it would be very helpful to see the video that you mention in the last bit ot the video. Since im am designing a power amplifier and im trying to stabilize my transistot but resistors cause to much noise.
Anywhere can we get the notes, it would be very helpful
Thank you very much sir. But where are the video lectures for Low noise design and Biasing etc. ?
To move the source stability circle outside of the smith chart can we add the series resister on the source side? I'm confused as to why the series resister goes on the load side.
looking forward to the next lecture. please upload soon. thank you
Dear Sir, could you please upload lecture 8? Thank you.
I guess I'm quite off topic but do anyone know a good site to watch newly released movies online?
@Cohen Jadiel i watch on Flixzone. You can find it by googling :)
@Russell Keith Definitely, have been watching on Flixzone for years myself :D
@Russell Keith thank you, signed up and it seems to work =) I really appreciate it !!
@Cohen Jadiel glad I could help xD
excellent thank you
Brilliant
thanks
A Г cannot be larger than 1. The equasion |Гs*Гin|>1 appears to be completely lacking of sense.
gamma can be greater than 1 in the presence of active devices
@@welchsgrape696 yeah, my bad. that's completely right.