Claimed OU circuit of Rosemary Ainslie

[Hoppy]

Thanks for this Hoppy.  I'll alert Aaron to it.  Am not sure that it'll make much difference but it's certainly worth looking into.

Rosemary,

I have attached scope shots taken across the 0.25R mosfet circuit shunt resistor. The first is with the batteries commoned to ground (Fig.1). The second is as connected in Fig. 4. Both waveforms are at 20mV / 0.2uS per div & x10 probe.

EDIT: Both waveforms DC coupled.

Hoppy

[Rosemary Ainslie]

Hoppy - I know you're trying to help here and I'm grateful from a really profound level.  But I simply can't deal with it at the moment.  I'll try again later.  Just so glad to see you're still posting. 

[MileHigh]

Glen and Joit:

I think ........ I want the best results between the Battery and Wire Wound Resistor looking towards the Mosfet drain ...... CCW or CW ..... right now mine is CCW I think it should be CW ..... whats your thoughts ?

Not trying to be nasty here but this is a "nonsense" issue that is very revealing about your knowledge level and clearly shows that you need to learn Electricity and Magnetism 101.

For a single standalone inductor with no other inductors in the immediate vicinity the direction the coil is wound is totally irrelevant.  For any coil that is not coupled to any other coils the direction of the winding is irrelevant.  In addition, how neatly and evenly spaced the windings are done around your glass cylinder and other related minutia are basically irrelevant for this experiment.

This reminds me of experimenters that build Bedini motors and wonder if the motor will work better with all North poles facing outwards on the rotor as compared to all South poles facing outwards on the motor.  There is no difference.

Just a reality check for the two of you, you need to learn the basics to give yourselves a foundation to keep growing on.  Without a foundation you are toast.

MileHigh

[Bubba1]

Rosemary,

I have attached scope shots taken across the 0.25R mosfet circuit shunt resistor. The first is with the batteries commoned to ground (Fig.1). The second is as connected in Fig. 4. Both waveforms are at 20mV / 0.2uS per div & x10 probe.

EDIT: Both waveforms DC coupled.

Hoppy

Hoppy:
Good Pics.  Where is zero volts, the line in the middle with hash marks, or where the signal settles down at the right side?

[fuzzytomcat]

Glen and Joit:

Not trying to be nasty here but this is a "nonsense" issue that is very revealing about your knowledge level and clearly shows that you need to learn Electricity and Magnetism 101.

For a single standalone inductor with no other inductors in the immediate vicinity the direction the coil is wound is totally irrelevant.  For any coil that is not coupled to any other coils the direction of the winding is irrelevant.  In addition, how neatly and evenly spaced the windings are done around your glass cylinder and other related minutia are basically irrelevant for this experiment.

This reminds me of experimenters that build Bedini motors and wonder if the motor will work better with all North poles facing outwards on the rotor as compared to all South poles facing outwards on the motor.  There is no difference.

Just a reality check for the two of you, you need to learn the basics to give yourselves a foundation to keep growing on.  Without a foundation you are toast.

MileHigh

Just goes to show you can't please everyone ....... before anything is even done ...... but just ask you have "ALL" the answers ...... Huh !!!!

I am building a Vacuum Tube Tesla Coil also .......

http://www.energeticforum.com/renewable-energy/4087-vacuum-tube-tesla-coil-toy.html
http://www.overunity.com/index.php?topic=7238.0

If you would ever bother to read "any" other of my threads, but that would be asking to much and a 800 turn coil you must have extra ordinary ability's most humans don't have, to wind one by hand ...... go fish ...... and don't forget your tin foil hat