Utilizing a breadboard zapper allows us to experiment with various frequencies. For this, an assortment of 1/4-Watt carbon film resistors must be used – for instance 68k or 56k resistors may be sufficient in achieving 30 kHz output.
The second theory involves using fixed frequencies to treat pathogens. Positive offset electrical signals at 30kHz are used to disable pathogens.
Circuit
There are two approaches to treating pathogens. The first involves scanning different frequencies to address specific diseases or conditions, while the latter approach uses one fixed frequency to address all pathogens at once. Hulda Clark device of 30kHz belongs to this latter category – and one family using it reported that flu symptoms, including fever, had become mild after treatment with it; though note that its output voltage does not surpass 9V; nevertheless it can produce a tingling sensation at an electrode contacting skin surface.
Parts
This version of the zapper circuit features several improvements. First, no stabilizing capacitor was needed between pin 5 and ground since the polarity-reversal protection LED is already embedded within the chip; this saves both space and cost while eliminating the need for resistor on pin-8/negative probe to ground. Second, an extra 39K resistor ensures there is more Positive Offset so output stays away from any potential negative output or spikes.
This Clark zapper features an extremely high frequency of 15,000 Hz. This frequency far surpasses the 2.5 Khz frequency option found on many commercially produced Clark zappers, making it more effective and easy to experiment with various frequencies using 1/4-watt carbon-film resistors and a multi meter with an Hz setting.
Dr. Clark discovered that frequency of 1000 Hz proved highly effective at disabling pathogens; her book Prevention of All Cancers contains numerous experiments and information pertaining to this approach, including its use with 1000 Hz zapping.
A 1000Hz zapper, more commonly referred to as a Zappicator, generates a magnetic field which draws the N on a compass towards its paper face. Energy passes through the speaker before being projected outward in an even field covering several feet. A Zappicator Chair allows you to sit, relax, read, watch TV or any other activity without the need to hold copper handles and experience all of its benefits without holding copper handles yourself. This version uses a two-inch 4 or 8 ohm speaker in a nonmetal box (such as wood). Make sure the speaker does not come into contact with metal screws or other parts in the box to avoid interference, or place it in a plastic jar filled with food or water (with or without its lid for airtight seal) for quick zapping action. Alternatively, place it directly on your skin for instantaneous results!
Measurements
Hulda Clark’s device predominantly utilized 30kHz frequency and less than 9V voltage output; however, this present invention discovered that higher frequencies and lower voltage (up to 18V for adults) can achieve similar therapeutic results without creating a tingling sensation at electrode contact areas.
Two copper handles or electrodes are used to hold the device, with users placing these handles either in their hands or other parts of their bodies that need treating. Once in position, this new device generates a pulsed rectangle-voltage square wave signal that may vary in frequency depending on which operating mode of its circuit is active and in polarity based on how effectively pathogens or parasites can be disabled – key features of its new design.
Conclusions
The first theory outlined in the ‘573 and ‘692 patents involves scanning frequency ranges associated with various pathogens; this approach requires knowledge of their exact presence or condition to work effectively. By contrast, the second theory uses fixed frequencies at 30kHz with voltage less than 9V to treat all possible infections simultaneously.
Simple way of producing positive offset signal: utilize two 120k (brown-red-yellow-gold) resistors connected in parallel; one between G9-I10 and H9-J10. This will produce square wave output at 2500Hz frequency.
We suggest using a North Pole Speaker without metal screws or parts as this would change its positive polarity to negative and reduce effectiveness. You could also opt for copper handle zappers which allow frequency transmission through copper handles to anything touching them; alternatively, the Zapper Chair might work too, though some individuals might find holding onto its handles uncomfortable – particularly children.
