Ok everyone, enough banter and din. Let?s get back to the good stuff .

I have posted below tons and tons of scope shots from my revamped Otto coil test. I connected everything exactly as laid out in his diagram and used a single frequency pulsed into the coil @ 25V from my power supply (I varied between 0 and 25 for testing also). The DC bias was provided by a 9V battery and I used a 2KOhm resistor to take all of the scope shots across. I also connected the 12V bulb across (which shined brightly) but could not make any noticeable comparisons since the bulb was already lit nicely. Below I show various scope shots of the output across the resistor using positive pulses, negative pulses, pulses with and with out the DC bias, and the same sets at 55kHz and 1MHz.

The most interesting thing I noted was that the pulses only seemed to grow large when pulsed with the negative lead from my pulse circuit. The DC bias is definitely modifying the pulses!

As a note, when pulsing the coil from the positive side, the ground lead from my pulse circuit was connected to the junction where the collector wire ties in with the coil.

God Bless,
Jason O

Now that the one frequency test is completed. It's time to kick it up a notch. I just finished making my new and improved three-channel harmonic pulser; powered by a single function generator input and frequency divided by two J-K flip-flops for percision frequency alignment.

Now it's just time for the smoke test  .

God Bless,
Jason O

Hi Otto,

Are the results I'm seeing correct? What is the next step of experimentation that you wanted to show us all? I'll be ready to go on it anytime .

God Bless,
Jason O

Hello Jason,

Im posting at master of magnetics.

Otto

Jdo300,  Please post the make & model number of your flat screen scope.

Thank you.



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