Date:   2/22/2012 7:12:03 PM ( 13 y ago)
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URL:   https://www.curezone.org/forums/fm.asp?i=1911787

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Hi Parazapper, thank you for your explanation. Can you or anybody else help to explain a little further for me please ?

As an example lets say a 30khz zapper covers these frequencies you mentioned due to the odd harmonics:

330 kHz, 390 kHz, 450 kHz

What happens if a bacteria or parasite resonates at 356 khz for example (E.Coli) ... wouldn't it be skipped by the zapper when it is running at a base 30 khz ?

Also, is there a spread either side of each harmonic ? For example (330 khz harmonic = 324-336khz ?) I am only guessing here, or are the harmonics a very narrow range ?

In the 356 khz E.Coli example is that when you would expect to use the 2.5khz frequency which jumps up in 5 kHz odd harmonics ?

What would be the higher end harmonic freq reached by most zappers when running at the 2.5khz base freq. You say 30khz generally tops out around 500khz. So, I am assuming based on mathematics alone that if a 30khz base frequency struggles to reach above 500khz odd harmonics than a 2.5khz base frequency will likely not reach very far above 100 khz, is that correct ?

Is there a method to estimate the maximum harmonic available from a specific base frequency ? You said some competitors zappers may only reach 500khz yet better zappers may reach 900khz. Is this because of the quality of the components or something to do with voltage and current amount ?

Hulda says in her book the zapper somehow covers all frequency ranges, I just do not understand how this is possible from my current understanding. There appears to be gaps.

I must apologise for my lack of knowledge, I am just trying to understand these concepts better.
 

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