Thank you so much for educating me on basic commands and such in LTSpice! It is pretty stupid that professors expect you to learn these simulators and do not provide any lessons in doing so.
Simulation & analysis is just something that most people stay away from but it's not really that complicated, especially for simple circuits. I appreciate the tutorial, thanks!
Thank you for pointing out the active window concept and the different tools available for each. I know of at least one operating system where ltspice, (on MacOSX) doesn't shift focus back onto the schematic after the simulation runs as seems to have happened in your video. The ability to place a probe is not available if the trace window is active.
Can this spice warn you if you exceed an LDO's short circuit output limitations? (Some specs day to use protection diodes to avoid problems with shorting the output, others don't have that requirement)
Why is it mission impossible to put a simple switch in the circuit and turn it on and off during the simulation. Or does that need a 1,001 mouse clicks and a Phd in Electronics?
I am anxious to try this to simulate an old capacitor bridge. Make R4 the unknown capacitor [C1]. Make R3 variable resister. Make V1 a sine wave source with a fixed frequency. Now vary the value of R3 until its resistance equals the reactance of C1 [which is when (A-B) = 0]. The old HeathKit C-3 did exactly this with the position of R3 labeled as microfarads.
Did not help. 1, I'm on a mac, and I can't find many of the things you show. 2, would be easier to follow if you would focus on just explaining concisely how to get the output, instead of trying to explain all the possible options along the way. Cut to the point.
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Thank you so much for educating me on basic commands and such in LTSpice! It is pretty stupid that professors expect you to learn these simulators and do not provide any lessons in doing so.
what's funny is that my professor referred us to this video to learn LTSpice, and didn't bother explaining himself
Simulation & analysis is just something that most people stay away from but it's not really that complicated, especially for simple circuits. I appreciate the tutorial, thanks!
+VoltLog Be sure and look for parts 2 and 3 of this series to learn more about AC and other simulation topics.
that voice is so fucking soothing
Thank you so much for teaching us the basic commands in a so intuitive and objective way. I was struggling with LT Spice until now. Thank you :)
Thank you my friend. I finally found a video that beneficial for me.
Wow. I've tried to pick this up a couple of times but this video got me through the logjam. Thank you Al!
Nicely done. You tended to answer the question just after they pop into my head. Thanks!
Of course it's running on wine on linux! Thanks for the video.
Thank you for pointing out the active window concept and the different tools available for each. I know of at least one operating system where ltspice, (on MacOSX) doesn't shift focus back onto the schematic after the simulation runs as seems to have happened in your video. The ability to place a probe is not available if the trace window is active.
Nicely down! That is very interesting stimulation ~
Wow I never knew John Goodman was an electrical engineer
Hi Al, great video!
Can this spice warn you if you exceed an LDO's short circuit output limitations? (Some specs day to use protection diodes to avoid problems with shorting the output, others don't have that requirement)
This help a lot for get a good start. Thanks man.
Why is it mission impossible to put a simple switch in the circuit and turn it on and off during the simulation. Or does that need a 1,001 mouse clicks and a Phd in Electronics?
Helped me, thanks!
Thanks a lot for this video.
Very good explanation, thank you!
How to find equivalent resistance in simulator?
Thank you sir!
I am anxious to try this to simulate an old capacitor bridge. Make R4 the unknown capacitor [C1]. Make R3 variable resister. Make V1 a sine wave source with a fixed frequency. Now vary the value of R3 until its resistance equals the reactance of C1 [which is when (A-B) = 0]. The old HeathKit C-3 did exactly this with the position of R3 labeled as microfarads.
Why to set "1000" and "1100" on resistors if you can just write "1k" and "1k1"?
Great video! Thank you for it!
Looking forward to more...
Great job! Thanks
Is it possible to simulate valves (tubes)?
Very nice presentation.
Nicely done... thanks!
very well done.
What distribution and shell are you using? Thanks for the video series!
+The Electronic Attic Movement The latest Kubuntu. Shell is Konsole. Screen cap is simplescreencapture.
thank you so much . useful
Really helpful
Thank you!
very helpful
Woooow this voice
LTspice is best spice.
WTF! I didn't know CORPSE was a electronics engineer..
dont breathe on sulphur hexafluoride just kidding nice video
no dislikes, wow
thanos is speaking
Did not help. 1, I'm on a mac, and I can't find many of the things you show. 2, would be easier to follow if you would focus on just explaining concisely how to get the output, instead of trying to explain all the possible options along the way. Cut to the point.