Hi again. Sorry for the late response. The situation is like this:
I have a system whose current output depends in the input voltage and in time. This means that, for example, when I increment the input (DC) voltage, the current output increases its amplitude. But, when I feed this system with a constant DC voltage, I can see oscilations along the time.
Now I´m trying to model some aspects of this system, and that´s why I asked about this dual-dependance on some ABM parts in PSPICE.
There are some curious aspects about my implementation attemps:
I have this equation for a voltage-dependant current source:
{5e-10*SIN(pi*TIME*V(D, S))}
When I make a transient simulation with a constant voltage, I can see the correct time-dependant analysis. But when I make a DC Sweep, I see very different results that when I make this analysis but without the *TIME term in the equation.
The evidence should be demonstrating that the duality I would like to implement is not possible, but I want to be sure of this.
Thanks, and I hope I´ve been clear enough now.