ZAPPER LTS+ Oscilloscope Waveform Photos

Previously there was a discussion on the Rife List about measuring the output of a zapper, and measuring or observing the waveform at various points of the body. Several without access to an oscilloscope asked me to clarify or show this. For what they're worth, here are a series of photos of oscilloscope displays, which show unloaded outputs first, then show how having the body in contact between each of the two [high & low current limited] outputs (on this specific unit) and ground, affected the waveform picked up at various points on the body, as displayed.

A high impedance probe was used on a 10MHz Dual Trace oscilloscope to obtain these waveform displays. Note that the waveforms of interest, the upper traces in photos B through G, are picked up with the O'scope probe in contact with specified points on the body. The displayed 'distortion' of these waveforms as picked up at the specified points is what I was interested in while taking this series of photos.

It is not my intention to offer a full explaination of what's happening in the body with this series of photos (since I don't have one) , but rather to simply offer a look at what I see on the O'scope. Much more data on current flows should be correlated with each photo, but is not presented at this time. Future work will include that info.

Some of the photos are a bit less than great, but serve to show what may be the capacitive / inductive effects of the body on the ZAPPER LTS+'s output waveforms, when it is sensed / picked up within the body. Other effects may well also come into play here.

This is the output waveform (no load)of the classic CLARK ZAPPER, as specified in her book. It is a DC square wave waveform. The output at pin 3 on the IC passes through a 1K ohm 1/4 watt carbon film resistor (as per Hulda Clark's circuit) before being available at the 'Zapper-Output-Normal' jack on the unit under test.

A 9 volt battery was used as the supply in the process of all of the tests displayed on this page.




This is the output waveform (no load) at the second 'High Output' jack ; the output at pin 3 of the IC passes through a 100 ohm resistor to get to this output jack. Notice that there is a visible spike at the positive going leading edge of the square wave.




A closer look at the leading edge spike, from ZAPPER LTS+ 100 ohm 'High' output (no load)




These are the contacts used while producing the following photos; they are custom made .9999 fine silver Eagles, my "ZAPPER JEWELRY", so to speak. The Positively charged one, plugged into either the 'Normal' or 'High' output jack as described in each photo, was placed against damp skin under a band on my right wrist for all of these tests & photos. The second silver Eagle, plugged into the grounded output jack on the cap of the ZAPPER LTS+, was in contact with damp skin under a band at my left wrist.




UNLOADED OUTPUTS, dual trace display. This photo, and all following, show the waveform of the output under test displaying at 2 volts per vertical division (cm) on the top, while the other output, unloaded, is displayed on the bottom at 5 volts per vertical division (=cm) . These are noted on the photos, as 2V/cm and 5V/cm , respectively.





PHOTOS B, C, & D all show the "High" Output waveform as picked up by the oscilloscope probe at three different points on my body, as noted on the photos.











PHOTOS E, F, & G all show the "Normal" Output waveform as picked up by the oscilloscope probe at three different points on my body, as noted on the photos.












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DISCLAIMER: This material provided on this website and included with these kits or completed units is provided for informational purposes only, as reports of experimental uses by others, and should not be considered as medical advice or recommendations of any kind. It is supplied so that you can make an informed decision.



FURTHER INFORMATION

Interested in following some of the previous technical discussions on the Rife List ? Here's a (rather lengthy) compilation of some of the Emails between various participants that I've been involved in recently.





The MIDI song playing is Enya's "Hope Has A Place"





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ENVIRONMENTAL ILLNESS & MULTIPLE CHEMICAL SENSITIVITIES
THE CURE FOR ALL DISEASES review | COLLOIDAL SILVER
"GIZMOS" | TECHNICAL DISCUSSIONS & DETAILS
OUR MISSION STATEMENT
SOURCES OF EQUIPMENT, MATERIALS, COMPONENTS, & SUPPLIES
MAKE YOUR OWN ZAPPER / COLLOIDAL SILVER GENERATOR: COMPLETE INSTRUCTIONS
HULDA CLARK'S FREQUENCIES FOR PATHOGENS: FROM HER BOOK





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This web site and all of the digital photos and other original materials found here are subject to protection under the Copyright laws; All rights are reserved by Bruce K. Stenulson, P.O. Box 69, Fairplay CO. (c) 1999- 2007. Permission is granted to link to this web site or to it's individual pages, but not to reproduce any materials found here. My intention is to maintain the context within which this material has been presented.Thanks for your understanding.