Hi, John:
toggle quoted message
Show quoted text
But it becomes very slow, and seems never get the goal/final step, if put many similar circuits in same schematic, too many redundant portions/actions, make it very inefficiency. Ironically, I need to see how those wonky architecture of TTLs badly ruin the system, and analyze which part/location is the worst, and understand more detail of the characteristic of BJTs, why they can't behave same as CMOSs in digital/modern computing domain. And maybe, unfortunately learn 'how to let go', though I don't know why should I do that, maybe just some subjects in the future I will need, I tend to think more when I am in free time. But I think you have gave the answer, it's impossible. Thus, I backup another file, everytime when I try to run those kind of simulations, I resume it will fail at the final, so that maybe after decades times I will give up, then I will use the backup to recovery the ruin one which already shown how badly it was. That's the whole story, but I still think the wonky one will be still wonky. Never evolution automatically. ---In LTspice@..., <jmw@...> wrote : You can do it indirectly by putting several
circuits in one .ASC file, with the components in different
positions, and running the .ASC. Best wishes John Woodgate OOO-Own Opinions Only J M Woodgate and Associates Rayleigh, Essex UK On 2018-11-28 09:57,
ericsson.sunshine@... [LTspice] wrote: ? |