Cecil Moore wrote:

Jim Kelley wrote:

Cecil Moore wrote:
Yep, and for the same power level, a higher impedance usually means
a lower current and vice versa.

But the impedance *at* such points does not affect the current *at*
those points?

Cause and effect, Jim. Hint: The impedance equals v/i and is completely
virtual, i.e. clearly a result, not a cause.

Little v over little i, Cecil? Are we talking instantaneous impedances
now also? ;-)

73, Jim AC6XG