I have the terminator zapper but I don't feel any zap when i touch the electrodes with wet skin or otherwise. The Crofts say on their website that you're supposed to feel something when you put in a new battery, but I don't feel anything. Is this normal?
From wearing it 24/7 it will shift position during night mostly but also during the day. There I am at grocery store or else and then !!! from the biting tingling on body I get that I need to put this "thing" the other side up. I don't get the tingling instantly if I apply it directly on skin.
You don't feel anything because a Terminator 2 zapper uses a low voltage and a very low intensity.
Also the 2 electrodes being near, when you wear it during a long time, your skin perspires and some of the current travels between the 2 electrodes without going deep in the body.
The purpose of this zapper is to "charge" the body, it doesn't kill parasites instantly.
From Don Croft website :
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Parasites are positively charged. Unhealthy tissue is also positively charged.
The introduction of weak electric current (via the Zapper) destroys parasites by reversing their polarity. Negative ions are added to encourage diseased tissue to heal — healthy tissue is negatively charged.
Parasites cannot defend their positive polarity (shortage of electrons) against the introduction of simple direct current and they die very quickly.
Negative ions will repel parasites whether electric current, magnets, or orgone generates the ions.
Parasites not only die when subjected to electricity, but also disintegrate and are easily assimilated as harmless nutrients or eliminated.
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The others zappers that i know rely on this same method or claim that they can kill parasites with their frequency or waveform. From my tests and experiences with several zappers, i have found that there is a lot of hype and talk, but not really great die off effects.
But electricity has helped me to produce die off so it means it works but there is a parameter to improve.
I think most zappers use a too low voltage to have an intensity high enough to kill all parasites in all parts of the body.
I currently try another approach : to use a higher voltage and a higher allowed intensity (with a fuse to protect the human body) so that the parasites die instantly from selective electrocution (an intensity high enough to kill the parasites but low enough to not damage the human body.)
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Have you built your own device for that?
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I have first done tests with dc current with higher voltages and without a frequency and the worms seems to be disturbed even in the head, in the lungs, in the digestive tube :)
It produces die off but i think that to add a frequency will improve the killing effect.
My approach is to do selective electrocution with a high enough current. The frequency of the human body is not 50hz or 60Hz (according to the reports by Hulda Clark and Georges Lakhovsky) but you can kill it with a high enough current and this frequency. It probably damages the materials of the body or the "life beat".
So by using a high enough current (but low enough to not damage the human body too much) and a frequency, i guess electrons will damage the materials or the "life beat" of the worms.
What is interesting is that by using electrodes in a specific way with water, i can take up to 20mA without too much pain when the Ultimate zapper is at 1mA to 3mA max.
This is really promising :).
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Does it operate on a single frequency?
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I will report this later if i manage to produce more die off.
To Parazapper>> Have you read the signal of the autozap 5 zapper (by Arthur Doerksen) ?
The signal is a total mess, really i don't know what it is supposed to do with that.
On his website he insists on following the principles of Hulda Clark ... Really i don't understand what he is doing.
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home-built zappers lack most of the features that make the AutoZap 5 so powerful.
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With an oscilloscope, i read a peak output voltage of 9V or more on most zappers i have, not 7V...
As Parazapper explained, with a low cost multimeter you will be able to read the average voltage.
With a 50% duty cycle it is half the 9V so 4.5V and if the battery is used the output voltage usually drops (it depends on the features of the zapper), that's why you read 3.5V (half of 7V)
I am currently dealing with the same thing. Need to establish which electrode on my zapper is positive and which is negative.
I have noticed that one electrode turns dark when you place both in yogurt or cream, for instance, and it colors that yogurt/cream greenish... Is that electrode positive or negative one? cos the other electrode doesn't darken and change color at all...
Besides, what device do you need to check polarity, voltmeter or something else?
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