开云体育

I have gone to Youspice from time to time, but it is rather less useful than one might like.? The pop-up ads and on-screen ads are rather annoying.? If I remember correctly, many of the resources

Great practical jokes, too. -marcel

What model are you interested in? This is a pretty good site for sharing models too. -- Regards, Tony

Hi, thanks for the responses. By real model I mean not the one that came with LTspice "dflop" or a model with parameters of a real component. In other words "Real ~ More accurate".

I came across this site for sharing LTSpice models: https://youspice.com It seems pretty dated but has a model I'd like to look at,? but I wasn't able to get the registration process to

Hello All, Andy, yes you are correct, I went through half-a-dozen TL431 models and dozens of trials of other models to keep LTspice from timestep and singular matrix failures. I tried every locatable

Hello All, Andy wrote "I believe your use of the word "Batch" is different from LTspice's "Batch". The word "Batch" has special meaning in LTspice, where it refers to running simulations that do not

On 31/05/2024 10:24, eewiz via groups.io wrote: > took a copy of an original project and did; "C:\Win32\LTC\LTspice24\LTspice.exe -netlist Original.asc" in a dos window. > I renamed the net listing to

eewiz, I suspect that some of your original SPICE models have changed, since the time you first ran those simulations. e.g., your TL431.mod now has only numeric pin numbers internally.? But your

abid wrote, " Do you have any idea how should I connect the DC bias? " I forgot to answer that part of the question. Your schematic in 5.png shows that the DC voltage source is applied (connected) to

I just want to mention this: I believe your use of the word "Batch" is different from LTspice's "Batch".? The word "Batch" has special meaning in LTspice, where it refers to running simulations that

Look, you can't hope to "design" a circuit like this by copying an unlabelled schematic and guessing what the values of the circuit might be. In any event, you have copied it wrong. In the photo, the

Hello All, I took a copy of an original project and did; "C:\Win32\LTC\LTspice24\LTspice.exe -netlist Original.asc" in a dos window. I renamed the net listing to BatchOriginal.net so it does not get

I guess you didn't find SN74LVC74A PSpice Transient Model (Rev. A) <https://www.ti.com/lit/zip/scam062> on the TI website? There are also a number of models for various types of '74 flip-flop in the

Thank you so much for this, Andy! Do you have any idea how should I connect the DC bias? Clearly my way is wrong. Would appreciate the help. Thanks.

Here's another book that I would love to have in my library, but the time is not right for shopping. -- Carlos Delfino Em qui., 30 de mai. de 2024 às 00:56, Spehro Pefhany via groups.io <speff=

Without a doubt, showing the bad way and the good way is a way of teaching. The title of the article where I read about this project that uses correction ports is: "Perverting OP AMP" and I see this

Yes. I don't see it like that. There is galvanic continuity for every node in the circuit. That's not what I see.

abid wrote, " I thought srd1.asy is the symbol for the subcircuit srd1.asc and I am using the symbol in the main schematic. Could you please explain why it's schematic hierarchy? " Open the symbol

Hi Andy, No, in theory it makes no technical difference whether you ground Vref or Vn. After all, voltage is relative, so 0V/12V/24V and -12V/0V/+12V should be identical. My only reason for doing it