Generator by Gerard Morin

[synchro1]

Take his money, Tinman.

(and if you lower the induction hob's tank capacitor value slightly, to compensate for the increased self-capacitance of the TBC winding.... what do you see then?)

And we are still waiting for some credible reference that supports Synchro's claim about "what Tesla believed".

The problem with JLN's data is almost certainly in his measurement of the input power. You'll never see these people using a proper wideband integrating power meter.... which instruments exist _exactly because_ of the fact that measurement error with cheap consumer grade equipment is so common.

@Tinzelkooklawalla,

Why don't you offer to put some money up big shot? You never bothered to test and compare the different kinds of coils as I frequently urged you to with A.C. current, all you do is pulse D.C. and act like a know it all. Skycollection's running A.C. magnetic strength tests for the first time on this kind of coil right now.

[tesletic]

But then again! Please tell me and I am asking everybody here  let me know what our French buddy did wrong or calculated wrong !?
https://youtu.be/So4QwOktDFg
[/quote]
Still waiting patiently !? LOL

btw.Great work is being done here by skycollection, perfect vortex strange phenomenons...must be a way to make a phone charger out of it !?  (wonder where this Spanish fellow got the idea from ?  )
https://youtu.be/nFbv-_wd2Pw

[TinselKoala]

@Tinzelkooklawalla,

Why don't you offer to put some money up big shot? You never bothered to test and compare the different kinds of coils as I frequently urged you to with A.C. current, all you do is pulse D.C. and act like a know it all. Skycollection's running A.C. magnetic strength tests for the first time on this kind of coil right now.

Well, STINKRO, you have misrepresented so many people's work, as well as mine, many times, and in addition you've demonstrated many times that you have no idea what you are talking about. And you follow the "false claimant" script to the letter: You cannot refute me with checkable credible outside references, or demonstrations of your own, so you stoop to childish insults instead.

You still have not provided any references for any of the things you've claimed, like what you claimed Tesla believed about his patented coilwinding, or for the use of the coil in commercial magnet systems like junkyard magnets, or anything else you've claimed. The tests you have asked for have indeed been performed MANY TIMES, with AC and DC. You would never accept anything I did anyway, so that is why I want Tinman to take your money.

I will bet one thing, though: You won't come through with your "any amount of money" bet once Tinman pwns you.

For your information, I have just _repeated_ the test I posted some time ago, testing the inductance of two coils, one ordinary solenoid and one TB wound, with the same amount of wire, using my ProsKit MT5210 inductance meter. This meter uses an AC signal to probe the device under test. The measured inductance of both coils is the same 43-44 microHenry.

Now grow up and learn how to provide references for your claims and to do your own demonstrations.

[synchro1]

Well, STINKRO, you have misrepresented so many people's work, as well as mine, many times, and in addition you've demonstrated many times that you have no idea what you are talking about. And you follow the "false claimant" script to the letter: You cannot refute me with checkable credible outside references, or demonstrations of your own, so you stoop to childish insults instead.

You still have not provided any references for any of the things you've claimed, like what you claimed Tesla believed about his patented coilwinding, or for the use of the coil in commercial magnet systems like junkyard magnets, or anything else you've claimed. The tests you have asked for have indeed been performed MANY TIMES, with AC and DC. You would never accept anything I did anyway, so that is why I want Tinman to take your money.

I will bet one thing, though: You won't come through with your "any amount of money" bet once Tinman pwns you.

For your information, I have just _repeated_ the test I posted some time ago, testing the inductance of two coils, one ordinary solenoid and one TB wound, with the same amount of wire, using my ProsKit MT5210 inductance meter. This meter uses an AC signal to probe the device under test. The measured inductance of both coils is the same 43-44 microHenry.

Now grow up and learn how to provide references for your claims and to do your own demonstrations.

@Kooklaollie,

You constructed two adjacent coils for your bifilar test, one single wrap and the other series connected. You need to run the same amount of A.C. current through both coils and see how many iron filings each attracts then compare their weight.

Inductance is not magnetic field strength! It would take less time for you to run this simple A.C. magnetic field strength test then it did for you to compose your last lugubrious comment. Don't keep trying to pretend you already performed this test, or where is it? You got a hunch huh!

[synchro1]

Electrical impedance
Adapted from Wikipedia, the free encyclopedia
A graphical representation of the complex impedance plane.
Electrical impedance, or simply impedance, describes a measure of opposition to alternating current (AC). Electrical impedance extends the concept of resistance to AC circuits, describing not only the relative amplitudes of the voltage and current, but also the relative phases. When the circuit is driven with direct current (DC) there is no distinction between impedance and resistance; the latter can be thought of as impedance with zero phase angle.
The symbol for impedance is usually and it may be represented by writing its magnitude and phase in the form . However, complex number representation is more powerful for circuit analysis purposes. The term impedance was coined by Oliver Heaviside in July 1886. Arthur Kennelly was the first to represent impedance with complex numbers in 1893.
Impedance is defined as the frequency domain ratio of the voltage to the current. In other words, it is voltage–current ratio for a single complex exponential at a particular frequency ω. In general, impedance will be a complex number, but this complex number has the same units as resistance, for which the SI unit is the ohm. For a sinusoidal current or voltage input, the polar form of the complex impedance relates the amplitude and phase of the voltage and current. In particular,
• The magnitude of the complex impedance is the ratio of the voltage amplitude to the current amplitude.
• The phase of the complex impedance is the phase shift by which the current is ahead of the voltage.
The reciprocal of impedance is admittance (i.e., admittance is the current-to-voltage ratio, and it conventionally carries mho or Siemens units).
Complex