How important is 1 Hz?

On a number of occasions, I have tried to impress to zapper users that frequency is important and that it is important that the frequency produced by a zapper needs to be accurate.

To simply illustrate this point, I will us a 1 kHz zapper frequency. I used a spreadsheet to produce the numbers for comparison so they should be accurate.

Suppose that you purchased a 1 kHz zapper and you are wondering if your zapper is going to produce the frequency that you need to kill a certain parasite. For the purpose of this discussion, we are going to assume that the frequency needed for that parasite is 849000 Hz.

The 849th harmonic of 1 kHz is 849 kHz or 849000 Hz. This of course, only holds true if the zapper produces a perfect 1000 Hz square wave.

What if the zapper is off by only 1 Hz? This is actually 0.1 percent accuracy and that is fairly good as most Hulda Clark zappers are only 5 percent accurate or even 10 percent accurate.

The 849th harmonic of 1001 Hz is 849849 Hz or 849.848 kHz so that you are actually missing the frequency that you need by 849 Hz. According to Rife, this is bad, but according to Clark, this was ok because she claimed that frequency does not matter.

What do you think?

A zapper with a 5 percent error could be much further off but at the same time, could produce another harmonic that is actually closer. When using a base frequency of 1000 Hz, you will never be off of any frequency by more than 1000 Hz. When using 2500 Hz, you will never be off of any frequency by more than 2500 Hz and when using 30,000 Hz, you will never be off by more that 30,000 Hz. Perhaps this is one explanation of why 2500 Hz often produces better results than 30,000 Hz zappers?

The closer that the harmonic is to a particular frequency, the better the results that should be expected.

So, if you compare a 1000 Hz signal from a less expensive zapper, such as the Z4EX to a 1000 Hz signal from a very accurate zapper such as the ParaZapper MY, you will find that the MY will be far more consistent. This is because every ParaZapper MY has a frequency of 1000 Hz+/- 0.1 Hz. At 849 kHz, you will get a frequency that is between 849000 Hz and 849084 Hz.

In comparison, any zapper that uses a standard 555 timer to generate the frequency, your error can always be +/-1000 Hz to 1010 Hz or 847990 Hz to 850010 Hz. Or even worse.

How good of a zapper are you looking for? Is a near miss ok?
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