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Overunity Machines Forum



Partnered Output Coils - Free Energy

Started by EMJunkie, January 16, 2015, 12:08:38 AM

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EMJunkie

Quote from: MileHigh on May 03, 2015, 11:35:17 PM
How about you mark up the graph and be a little more descriptive.

The time constant in the graph is about five seconds.  So let's just assume it's five seconds because it's difficult to judge by eye.  Go back and look at your posting and work it out.

Calculated: Time Constant: 4.545

Graph is a detailed as it gets, unless you want a mspaint doodle as well?

MileHigh

If the circuit resistance is 0.21 ohms then L/R = 2.33 seconds - and that doesn't jive with the graph.

The real issue is the resistance of the inductor.  It's a CAD circuit simulator?  I am making the assumption that the resistance of the inductor is zero, and then you get a five second time constant, and then the voltage scale of the graph is wrong.   However, there could be a resistance for the coil that is not being shown.

In reality you should be stating the resistance of the coil,whether it be zero ohms or some other value.

EMJunkie

Quote from: MileHigh on May 03, 2015, 11:51:34 PM
If the circuit resistance is 0.21 ohms then L/R = 2.33 seconds - and that doesn't jive with the graph.

The real issue is the resistance of the inductor.  It's a CAD circuit simulator?  I am making the assumption that the resistance of the inductor is zero, and then you get a five second time constant, and then the voltage scale of the graph is wrong.   However, there could be a resistance for the coil that is not being shown.

In reality you should be stating the resistance of the coil,whether it be zero ohms or some other value.

Umm - Yep done:

Quote from: EMJunkie on May 03, 2015, 11:19:11 PM


Circuit resistance, calculated is: 0.21 Ohms - 0.1 = 0.11 = The Inductor Resistance.


Did you read my post?

I know MileHigh, its late there!!!


MileHigh

Anyway, it's not critical.  The main point being that the "R" is the resistance of the total circuit path.  Trying to eyeball a graph where there are five subdivisions spanning four volts is a pain.

So moving on, can you tackle the real circuit?  That means drawing the voltage and current waveforms and explaining them comprehensively and clearly so that people can understand you.

Enjoykin

MH time is ticking......  ;D  ;D ;D  ;D  ;D  ;D