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Overunity Machines Forum



MH's ideal coil and voltage question

Started by tinman, May 08, 2016, 04:42:41 AM

Previous topic - Next topic

0 Members and 18 Guests are viewing this topic.

Can a voltage exist across an ideal inductor that has a steady DC current flowing through it

yes it can
5 (25%)
no it cannot
11 (55%)
I have no idea
4 (20%)

Total Members Voted: 20

tinman

At T=0,the ideal voltage source is placed across the ideal inductor.
At T=3s,the current flowing through that inductor/ideal voltage source loop will be 2.4 amps.
From T=3s to T=5s(the 0 volt phase),the current flowing through that ideal loop will remain at 2.4 amps.
At T=5s,the ideal voltage source(being one that will supply 3 volts across a load,no matter what the load)wants to supply a voltage that will cause a current that apposes that which is already flowing through the ideal inductor/voltage source loop.
Being that both the inductor and voltage source is ideal,the energy stored in the ideal loop from T=3s to T=5s cannot be dissipated in order for a current to start flowing in the opposite direction,and the ideal voltage source says that it will supply 3 volts in opposition to the present current flow no matter what .

At T=5s,MHs circuit explodes.


Brad

wattsup


MileHigh

Quote from: tinman on May 14, 2016, 11:25:44 PM
At T=5s,MHs circuit explodes.

Well, the circuit doesn't explode.  So think it through some more and try to come up with a better answer or perhaps someone else will chime in.

tinman

Quote from: MileHigh on May 15, 2016, 02:00:49 AM
Well, the circuit doesn't explode.  So think it through some more and try to come up with a better answer or perhaps someone else will chime in.

Oh,of course MH.

The MH paradox kicks in,and the stored energy before T=5s,just disappears(it has to,as there is nothing in the circuit that can dissipate this energy),so as the ideal voltage source can now induce a reversed state of energy into the inductor loop.

This MH paradox is truly fantastic---it makes everything work just the way you want it to.

Throw out resistance,throw out time constant's,make DC mean what ever you want it to mean--who needs all that crap when you have the MH paradox-->you bloody ripper :D


Brad

MileHigh

Quote from: tinman on May 15, 2016, 02:29:19 AM
Oh,of course MH.

The MH paradox kicks in,and the stored energy before T=5s,just disappears(it has to,as there is nothing in the circuit that can dissipate this energy),so as the ideal voltage source can now induce a reversed state of energy into the inductor loop.

This MH paradox is truly fantastic---it makes everything work just the way you want it to.

Throw out resistance,throw out time constant's,make DC mean what ever you want it to mean--who needs all that crap when you have the MH paradox-->you bloody ripper :D

Brad

You have to think Plan B because Plan A is a no-go.