I need to reduce the following circuit to its minimal representation:
where each inductor is 1 nH and each capacitor is 1 mF.
Here is my solution (sorry for the messy writing!):
This isn't a particularly challenging problem, but my question is if I can do the last step where I combine the two parallel inductors even though there is a capacitor between them. Something in my mind says I can, which is likely based on something I read (and have forgotten from where).
What allows/disallows me from doing this?
If I had two parallel current sources in place of the two inductors (separated by the capacitor), could I have combined the two sources into one?
where each inductor is 1 nH and each capacitor is 1 mF.
Here is my solution (sorry for the messy writing!):
This isn't a particularly challenging problem, but my question is if I can do the last step where I combine the two parallel inductors even though there is a capacitor between them. Something in my mind says I can, which is likely based on something I read (and have forgotten from where).
What allows/disallows me from doing this?
If I had two parallel current sources in place of the two inductors (separated by the capacitor), could I have combined the two sources into one?