Hellos
In AC circuits, electrons flow from phase (live) and must return to neutral through a load (assuming single phase) just like the way in DC circuits where energy flows from + and return to - (supply terminal) hence "completing" the circuit and doing a significant job i.e glowing a lamp, rotating a motor....
My question is: suppose you have a single phase AC supply L-N (that is divided from the initial 3p supply + N from the transformer) call this the grid supply. On the other hand, assume you have a generator (3p, xkVA, diesel...) if you branch a 1p load terminals one to the L from grid, other from N of the generator, the load functions. There is no complete circuit (path) between L and N that are in fact got from 2 different supplies. How is this possible?
Thanks in advance
Dj
In AC circuits, electrons flow from phase (live) and must return to neutral through a load (assuming single phase) just like the way in DC circuits where energy flows from + and return to - (supply terminal) hence "completing" the circuit and doing a significant job i.e glowing a lamp, rotating a motor....
My question is: suppose you have a single phase AC supply L-N (that is divided from the initial 3p supply + N from the transformer) call this the grid supply. On the other hand, assume you have a generator (3p, xkVA, diesel...) if you branch a 1p load terminals one to the L from grid, other from N of the generator, the load functions. There is no complete circuit (path) between L and N that are in fact got from 2 different supplies. How is this possible?
Thanks in advance
Dj