My very first post, so please be gentle!
I am doing an analog design where I want to use an LM324 single supply opamp. So I decided to have crack at LTSPice. I realise LTSpice does not come with a model for that, so I must find and add in my own. Even that process seems onerous, on top of the learning curve for LTSpice itself.
I wanted to model this design specifically because it will be pushing the limits on the LM324, especially output voltage swing. So my question is this:
If I go through a long learning curve and get an LM324 model installed, will it reasonably accurately reproduce the non-linear imperfections? I'd hate to spend hours learning how to use it only to discover it won't do it.
Yes, I realise there are multiple LM324 models out there, so maybe the question should be whether there is a model that does simulate such characteristics.
TIA
I am doing an analog design where I want to use an LM324 single supply opamp. So I decided to have crack at LTSPice. I realise LTSpice does not come with a model for that, so I must find and add in my own. Even that process seems onerous, on top of the learning curve for LTSpice itself.
I wanted to model this design specifically because it will be pushing the limits on the LM324, especially output voltage swing. So my question is this:
If I go through a long learning curve and get an LM324 model installed, will it reasonably accurately reproduce the non-linear imperfections? I'd hate to spend hours learning how to use it only to discover it won't do it.
Yes, I realise there are multiple LM324 models out there, so maybe the question should be whether there is a model that does simulate such characteristics.
TIA