Everything I saw in class and everything I read in the textbook "Microwave Engineering by David M. Pozar" was in this video. I liked how I learned all of this already, but man this video did a great job of reinforcing the material and putting all the concepts together. Now I have a better understanding, well definitely check out his next videos on this material. THANK YOU !!!!
A long time ago (several decades) I learned to design low noise microwave amplifiers using a combination of s-parameters to characterize the GaAs FET, ABCD matrices to characterize the circuit and BASIC to write programs to analyze the predicted amplifier performance. The BASIC program was iterative with the circuit parameters as variables and with a target based on the desired gain in the frequency band of interest and the minimization of out of band gain. This program would run overnight on a time shared GE mainframe and print out the results when I came to work the next morning. We built a ton of microwave hardware using this technique.
Thank you professor I was hoping if you can provide us with the pdf for the course, it would be really kind of you, and helpful to us. Thanks in advance
Rofea Optoelectronics offers a product line of commercial Electro-optic modulators, Phase modulators, Intensity modulator, Photodetectors, Laser light sources, DFB lasers,Optical amplifiers, EDFA, SLD laser, QPSK modulation, Pulse laser, Light detector, Balanced photodetector, Laser driver, Fiber optic amplifier, Optical power meter, Broadband laser, Tunable laser, Optical detector, Laser diode driver, Fiber amplifier. We also provide many particular modulators for customization, such as 1*4 array phase modulators, ultra-low Vpi, and ultra-high extinction ratio modulators, primarily used in universities and institutes. Hope our products will be helpful to you and your research.
![Gain block RF Amplifiers - Theory and Design [1/2]](http://i.ytimg.com/vi/8myFI-tmowo/mqdefault.jpg)
Everything I saw in class and everything I read in the textbook "Microwave Engineering by David M. Pozar" was in this video. I liked how I learned all of this already, but man this video did a great job of reinforcing the material and putting all the concepts together. Now I have a better understanding, well definitely check out his next videos on this material. THANK YOU !!!!
A long time ago (several decades) I learned to design low noise microwave amplifiers using a combination of s-parameters to characterize the GaAs FET, ABCD matrices to characterize the circuit and BASIC to write programs to analyze the predicted amplifier performance. The BASIC program was iterative with the circuit parameters as variables and with a target based on the desired gain in the frequency band of interest and the minimization of out of band gain. This program would run overnight on a time shared GE mainframe and print out the results when I came to work the next morning. We built a ton of microwave hardware using this technique.
thanks it refreshes my knowledge
Thank you professor
I was hoping if you can provide us with the pdf for the course, it would be really kind of you, and helpful to us.
Thanks in advance
Danke, gut erklärt!
thank u for good and easy explanation
thanks alot wonderful explanation
Good video, very clear. The professor cited two books, the Pozar and ........ (the other one can't understand, someone can help me?) Thank you
I think he is talking about Michael Steer who has made some books about RF and Microwave design
@@ZonaldoCR7 thanks a lot!!!!
@@jeremiasaliquo5861 You're very welcome.
- Ahmad
Rofea Optoelectronics offers a product line of commercial Electro-optic modulators, Phase modulators, Intensity modulator, Photodetectors, Laser light sources, DFB lasers,Optical amplifiers, EDFA, SLD laser, QPSK modulation, Pulse laser, Light detector, Balanced photodetector, Laser driver, Fiber optic amplifier, Optical power meter, Broadband laser, Tunable laser, Optical detector, Laser diode driver, Fiber amplifier. We also provide many particular modulators for customization, such as 1*4 array phase modulators, ultra-low Vpi, and ultra-high extinction ratio modulators, primarily used in universities and institutes. Hope our products will be helpful to you and your research.
Outstanding job.
thanks
Next video please