Brad
Look at the top of your CSR1 waveform in relation to CSR2, You can see the wave where the battery is putting power back into the C1, over a longer period of time.
Regards
Mike
OK Mike,as hard as i try, i do not see what you are saying.
The current has to pass through CVR1 to get to the cap--there is no other way around that CVR1.
All current has to pass through CVR2 to get to the circuit.
The total power being delivered to the cap by the source is less than the cap is delivering to the circuit.
Average current means just that--the average over 1 cycle,and where we put many cycles together to get a very accurate average.
The fact that CVR2 see's a very high current spike over a very short period of each cycle means nothing,as the scope averages that current spike out over the whole cycle--thats what average is.
The fact that the average current flowing through CVR2 is higher than that of CVR1 stands.
You might think that current flows in two directions at the same time but we know it does not.
No,we dont know that is dose not.
For every action there is an equal and opposite reaction.
Thus,for every electron that moves forward in a wire,then something has to be moving backwards.
There are many things that make no sense,like the magnetic field of a permanent magnet--what is it?.
This garbage about virtual photons is just rubbish.
The permanent magnets field is made of the very thing we are missing here--a charge of some sort.
One end emits a positive charge,and the other a negative charge. So,a positive charge repel's a positive charge,a negative charge repel's a negative charge,but a positive charge is attracted to a negative charge,and both are attracted to something that has a neutral charge--E.G iron
. When a PM is brought close to the iron,the two charges within the iron start to seperate,and we see most of the negative charges within that iron migrate toward the face of the magnets end that is of a positive charge,thus the iron becomes attracted to the PM.
Here is what we need to find out-->what we need to know--->what is the magnetic field made of?.
Once we know this,we can design solar panel like devices,where instead of a photon knocking an electron through the PN junction,we have the magnetic field knocking !what ever it is we need! through a junction,thus creating power like the solar panel dose.
Anyway,enough rambling from me
Back on subject now.
Brad
Never let your schooling get in the way of your education.