Discrete audio amplifier project PT16.1 Miller compensation

[@davidahmad6090]

My goodness sir, I can get a better conceptual understanding of stability with just a handfull of your videos, compared to a whole semester of university. Great work as usual John, thanks again.

[@coilsmoke2286]

No Hurry On This Side Of The Screen either. I'm digging the process. Enjoying the conversation between both sides of YOUR brain for a change. Saves US from asking a bunch-a-questions. Very relaxing

[@zodak9999b]

The amplifier's really coming along nicely, John. I'm learning a some new things, too. It's also nice to see Snickers, since I seem to recall that we only got a meow last time. :)

[@trulysachin]

I watched your playlist twice and I am getting a lot each time. Thanks a lot for this playlist. One question though, could you explain the section of input stage CC where we have 3 resistor junction connection with a 47 cap tied to +ive rail.

[@SciPunk215]

Good stuff here.

[@iblesbosuok]

Excellent experiment, sir, bloody excellent experiment. Under-damped, critical-damped to over-damped close loop control system mechanism performance. 22:47 is Snickers bored with everything? Let him wandering around in your neighborhood, sir. Cheers from Indonesia

[@twotone3070]

"Hang on my probe lead just fell off" You don't know how many times I've used that line.

[@williamhazelwood8288]

Keep it up

[@laxr5rs]

Good one. Thanks.

[@twotone3070]

This great stuff.

[@C0wb0yh3nk]

HI John, maybe it's also a good idea to put a smal capacitor from your board ground to the heatsink. Your heatsink creates a big capacitor with respect to your board.

[@nitescuvalentin6872]

i hope you have a chapter on how to cool your amp, because i think it will need a hefty heatsink in order to get best performance from it.

[@JohnAudioTech]

As they say, no heat sink is too large!

[@royrogers7644]

Where did you put in those miller caps?

[@johnneybot9542]

What do you do for a living besides spoil Snickers LOL I suggest you post these videos on the EEVBLOG "other blog" forum

[@snaprollinpitts]

the term you are looking for is "copper pour", not flood filled ground. mike

[@JohnAudioTech]

I must be thinking of paint programs where you can flood fill areas with colors.

[@snaprollinpitts]

@Prince Bumpkin within the electronics field, the term "copper pour" is correct. also the term flood filled ground is not found. I happen to be very fussy when it comes to English, and it's proper use. either you know the difference, or you don't.

[@diymaster1121]

Can you recommend me a decent quality class ab amplifier circuit that can give about 100w i would like to build my own amplifier but not too expensive.

[@NotMarkKnopfler]

I think you should also try a sine wave. I know why you're using a square wave to test your design, but real music and/or speech is not square. You may not see this problem at all using a sine wave. If that's the case, is it really a problem?

[@johnyang799]

It's about testing stability. A stable amplifier is very important. You don't know what would cause it to oscillate and when it would. Pushing a little to the edge would be acceptable but lower than 47p would not be really acceptable in this case.

[@johnyang799]

Having at least 45 degree of phase margin or more than 60 optimally is necessary. You can convert to percent overshoot.