Marvelous!! Thank you bn frankln

Is that the final counter at the end or do we have to add extra logic gates for the equations

cheers man, you the goat

Show us the steps of changing from 2.12E-3+j6. 56e+4 to the final answer

damn thanks you sm , didnt understood this is the university slides but here all clear

Thanks for the video. I don't see you power on the opamp? Also, I copied your circuit parameters but the triangle output waveform got clipped on the top (flatting out). Do you know the cause of it? Thanks

Good video! How did you measure the loop gain in LT? I know there are many models on how to do it, it would be nice to see your way

I really enjoyed the way you teach. you literally showed every details, solved examples perfectly and simple very very understandable sir please keep the brilliant work going this way and pls upload more computer system architecture vids salute ❤🔥

For those guys confused Rth=2.5536ohm

42.1KVA/480V equal 87.7A, NOT 83A

cannot see the phase angle and magnitude immediately without see graph, not handy, not comfortable like Multisim

am confused the Rth is equal to Req. How is the parallel sum of all resistors 1.18k ohms

You're a legend bro🔥👏

in AC sweep what is the meaning number of points field?????????

Is theere any way eassier????😢😢😢5

Too many hand caculation to show final results. Complicated for showing phase and magnitude of components.

thankssssssssssssssssss

But how does putting these extra components not affect your initial circuit?

Thanks. I am confused because I don't know how to prove it. I don't want to memorize the formula.

wooow this is hard...

How do we know all command 4 LT spice

useful thank you

What is the small signal model?

would it be not simpler to use only LED and series resistor in series to set a current as VCC is constant? LED voltage is also constant...

I may understand SuperPosition now but there is no chance I will understand how to write backwards on a board like you do! lol

I would kill for more videos like this with more complex problems ❤

Where did the 12k come from?

How R1and R2 are Parallel,Why,?others are very helpfull

YOU DID NOT DO THE MATH AS HOW YOU GOT THE 2.857. JUST BECAUSE IT IS UNDERSTOOD BY YOU DOES NOT MEAN IT IS UNDERSTOOD BY SOMEONE ELSE PLEASE BE DETAILED IN ALL YOUR PROBLEM SOLVING.

Thank you for this ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

For anyone looking for the trace width in later versions, its under settings now. Tools->Settings then waveform tab.

🌟 I have a problem with the comparator, My V- is 7.85V from a devider, the V+ is 50mV up or 50mV down, in both cases the results was +6.44V, I was expecting to get +6.44V end-6.44V, I chaged the IC (LM833N) but the results stay the same, (VCC is +8 end-8) may be I have to use a different IC ?! Please help

Thanks for the video, does V2>V1 always?? can we have V2<V1 When I put V2<V1, i dont get negative vltage in ltspice but a value order magnitude mV

R1 AND R2 are in series why are they considered to be in paralell??

How can I have the same output for vout and vin I have a lab report that’s due tomorrow 😢

I know its 3yrs too late 😂 But how come there is no current division in your workings out?

Made so much sense even as someone who has never seen an op amp before and need to learn it right now! Thank you!

Just wondering, is VL the same as VAB? What's VL analyzing for? I was thinking VL should be equal to VAB so that their voltage shall be the same...

tikka

damn best explanation i got for this,

just what i needed, thanks

Great video!

Immensely helpful, thank you.

thank you very much sir

mho is a way cooler name

i'm comfused, vin in the schematic with buffer is connected after the 10 Ohm resistor which mean there is already drop volage across this resitor and that mean Vout is equal to the Voltage of the end of the 10 Ohm resistore!!!

Really helped break it down. Thank you sir.