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Hilfe 1 Psyche 2 Statik 3 Ernährung 4 Gifte 5 Zahnherde 6 Störfelder 7 Parasiten
8 heilende Informationen 9 Selbstheilung 10 Diagnostik 11 Zusammenhänge Literatur

Elektromedizin - Zapperdesign 727Hz, 2128Hz
Elektromedizin: welche Geräte gibt es. Welches System kann was?
•  Zapper
•  Zapper diverse: Violet-Ray, EMEM, Beck, F-Scan (englisch)
•  Clark-Zapper, EMEM, Rife-Bare, Beck, Doug, Katze mit Tumor (engl.)
•  Zapper Wade 2127, Rifes Entdeckung BX/Bestätigung Naessens (engl.)
•  Zapper 727 und 2128
•  Zapper III
•  Zapper Wayne, Diagnose
•  Zapper Doug
•  Zapper Weeks-Parker
•  Zapper EMEM2, EMEM3
•  Zapper Veja
•  Zapper Beck Zapper Beck1
•  Zapper CES Beck Brain Tuner
•  Zapper Clark
•  Zapper Emor
•  Pulser Beck
•  Pulser Superthumpy
•  Pulser Haining
•  meine Medizingeräte
Frequenzen finden
•  Frequenzen finden Doug
•  Frequenzen finden Michael Prescott
•  Frequenz-Liste CAFL 2007 englisch
•  Frequenz-Liste AFCAFL 2016 englisch
•  Frequenz-Liste ETDFL 2016 englisch
•  Frequenz-Liste ETDFL 2020 englisch
•  Frequenz-Liste ETDFL 2020 deutsch
•  Entgiftungssymptome bei Rife/Bare-Gerät
siehe auch: Elektromedizin

Zapper Design

The Clark zapper has been used by thousands of people with good results often being reported. There have been two common complaints with the basic Clark zapper design. First, it uses a frequency that may not have as good penetration as some other frequencies. As Dr. Clark points out, it does not penetrate the gut very well. Second, the voltage is quite low, often around 2 volts under load. This design uses 727Hz and a higher output voltage (lower resistance in the output).

There is a third problem that Dr. Gary Gear noticed. The zapper does not produce a square wave under load. The wave looks square on a scope until a person is attached. Then the corners go very round. Dr. Gear solved the problem by further reducing the output voltage to less than 2 volts. This helped keep the wave more square. Dr. Bill Biagioli came up with another solution. Put a 10uf tantalum capacitor in parallel with the output resistor at pin 3. The positive side goes toward pin 3. This keeps the wave very square under load and the difference can easily be felt.

There has also been discussion of duty cycle in zappers and other frequency devices and reports that longer duty cycles or pulse lengths have produced better results than a 50% duty cycle. With that in mind, a 75% duty cycle has been chosen for this zapper design.

Be sure to use a socket for the 555.
Zapper 727Hz

I have also made several zappers using 2128Hz. For these I used two 9 volt batteries in series with 2 diodes in series to drop the voltage slightly to avoid damaging the 555. Here is a diagram for that one. It is also 75% duty cycle.

Zapper 2128Hz

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