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Thank you so much

why dont you make more videos about ltspice

This was so helpful thank you

LIFESAVER THANK YOU

You just have saved me, thank you so mutch!

That was helpful!

Thank you!!!!!!

Thank you so much. It really helped me 👍

Obrigado querida! Ne ajudou bastante aqui!

how good

It always amuses me how electronics "experts" don't know how to create good audio, despite all their knowledge!

Exactly what i was looking for thanks

Great Video

Highly Informative

thanks dude

thank you

*Good work* ruclips.net/user/ClaudeDufourmont

Thank you for sharing. Very informative.

Thank You!

I'm questioning the polarity of the V3 voltage source. It appears to be reversed to the OP AMP. Is it possible that you were measuring the differential rail voltage at the output?

Maam , your voice is too good , wow

Thanks mam 👍

Thanks for this video. Maybe you can help me out with one question: I want to convert a high-frequency pulsed 3.3V input signal to 12V pulsed output (non-inverted). I have +12V connected to supply voltage PLUS. I have GND connected to supply voltage MINUS. The 3.3V pulsed signal (i.e. alternating between +3.3V and 0V) is connected to the PLUS input. GND is connected to the MINUS input. Now here's the problem: the low-voltage pulsed input works fine, but at the op-amp output I get a constant line of the full 12V, no pulse whatsoever (even though I can confirm that the pulsed input goes all the way down to zero/GND between pulses). Note: I used the AD712 in the simulation (one of the original components that come with LTSpice); I could of course not use op-amps at all and instead switch the 12V voltage via a MOSFET that is triggered by the 3.3V signal, but I wouldn't like this alternative, because 3.3V isn't enough to fully open the gate. Any ideas? EDIT: Ah... okay, I got it now: I neglected the amplification ratio. I thought I could let it simply ramp up to the max (=supply voltage) each time there is a potential difference between input + and -. Now that I inserted resistors (1) between input - and op-amp out and (2) between input - and GND, it works just fine. I won't erase this comment even though the problem is solved, because maybe it will help others in the future.

The last two minutes of this video is just a black screen with no sound. Consider either editing and cropping that off or fixing the video so that your actual intended content actually shows up in those last two minutes

Thank you so much! Very handy and helpful for my electrical engineering lab class at this time of the pandemic when we're using LTSpice instead.

TYVM...

i got 0V and -1V on the last simulation

thanks .

Fantastic, you helped me a lot!

thanks for this

Thank you so much!

what theeee........ why are not more people viewing this great video? of coarse my scope is a cheaper 4 channel version and it works wonderful.. with the same setup idea... thanks...:)

another wonderful ltspice op amp video.... EE do you have one on the Vishay-IL300 linear opto-isolator? i am setting one up in LTspice and may need suggestions? thanks...:)

this is a fantastic ltspice video and great step by step voice... keeps my attention... thanks a lot...:)

Great video, thank you so much!

Computer Science student says: "Thank you."

Thank you, this really helped me.

I would like to use two of these pulse sources as gate drives for two separate MOSFETs. Could you (or anyone) please advise how to introduce a 180° phase shift between these signals? Thanks in advance!

THanks!! very helpful

Thank you Maam

Thanks for this just what I needed!

Very clear! Thank you!

Thanks!!!!!! 非常感谢🙏

Jesus square resolution in 2018, but really thanks!

Thankyou ma’am :”

Thanks very much.. Very helpful.

Thx from Korea :D

I am here because my university lecturer gave me this link

You fucking helped so much i love you greetins from poland, have a nice day <3

thanks