Partnered Output Coils - Free Energy

[EMJunkie]

Others may find this chat useful, certainly not the way its been bought forth currently. Like I have stated before, I am not an expert in the Electronics field, I know my way around and get by. If there is something I need, then I learn it.... So, to be straight up here, others do know much more than myself in this field.

Inductors:
    1: Once a Voltage is applied to an Inductor from a Current Source, a Current will start to flow.
    2: There is a Time Constant associated with the Inductor: T = L/R
    3: After five (5) Time Constants the Inductor is charged to 99.8, some text books is 99.3% of the Current Carrying Capacity. This can be seen like so:

[EMJunkie]

The sense resistor is an impedance in the Circuit also and is not an ideal method to measure the current. However, its a start and good to know about for rough estimates... Mostly fairly accurate as long a low resistance is selected.

The Current can be calculated by Ohms Law. In the above case: I = E / R = 5.6 / 0.1 = 56 Amps

In the above Circuit, the total input Voltage is 12v * 56a = 672Watts dissipated in the circuit. 313.6 Watts in the Sense Resistor alone.

NOTE: This includes the 0.1 Ohm Resistor as a load.

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

    Time Constant: 4.545
    Coil Inductive Reactance: 0.691
    Amps after one Time Constant: 17.366
    CPS: 1.10

You can see the full Cycle in the above Graph is much longer: nearly 9 seconds for full charge. Now I must stress. I am not an expert, I am merely sharing some data and figures. Some calculations may not be right, I have not double checked. So please do not hold me square to this data. Its just information so others can see there is a bit to this stuff.

   Chris

[MileHigh]

Chris:

Look at the time constant in the graph.  What is that telling you?

Your treatise on the L/R time constant is essentially right but as per my comment above there is a monkey wrench messing with the numbers.

So, can you take a crack at this:

[EMJunkie]

Chris:

Look at the time constant in the graph.  What is that telling you?

Your treatise on the L/R time constant is essentially right but as per my comment above there is a monkey wrench messing with the numbers.

So, can you take a crack at this:

Ummm, the extra 1H of inductance that is switched into the circuit at Fett Off, 2H dump into 1H, + impedance change on the Source, Yes I see it... I have seen it right from d.1

Yup.... Its a monkey wrench alright.

[MileHigh]

Ummm, the extra 1H of inductance that is switched into the circuit at Fett Off, 2H dump into 1H, + impedance change on the Source, Yes I see it... I have seen it right from d.1

Yup.... Its a monkey wrench alright.

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.