Topic 35: More PSpice Transient and Frequency Response Analysis

In this video we continue our analysis of the CE amplifier from the previous video. We also derive low-frequency response equations for the amplifier. A second amplifier from Video 31 that uses partial emitter bypassing is also examined. Both amplifiers are simulated to determine transient and frequency response limits.
The end results of the PSpice analyses are very well correlated with the theoretical "pencil and paper" results we've been working on so diligently, which is always a nice thing to see :-)

[@mohammadrezakarbasi1535]

Sir, I'm just surprised finding you in RUclips ! I'm currently reading your amazing book. I play electric guitar and recently I'm eagerly into electricity and audio circuits .Searching online, I found your book and reading the first couple of pages, I decided to read it deeply and seriously. I found it extremely great. It's a great book. Easy to understand, in plain English, supporting both solid state and vacuum tube electronics. Thank you for the book and being here in RUclips. I'm a big fan. ❣❣❣

[@Electronics4Guitar]

Thank you!! I plan to keep putting out a lot more videos including tube amp design/builds. Stay tuned!!

[@mohammadrezakarbasi1535]

@@Electronics4Guitar Great great news!! Thank you again

[@davidluther3955]

EXCELLENT VIDEO!I HAVE TROUBLE READING P SPICE SCREEN FOR BODE PLOT.THE NUMBERS ARE DIFFICULT TO READ AND,I THINK THEIR ARE CERTAIN THINGS THAT ARE ASSUMED WITH P SPICE.

[@Electronics4Guitar]

@@davidluther3955 I’ll see if I can change the colors of the Bode plots in PSpice next time. Not sure if it’s possible.