| Elektromedizin - Pulser Superthumpy | 
       
        | 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
 Nebenwirkungen
   Entgiftungssymptome bei Rife/Bare-Gerät
 | 
       
        | siehe auch: Elektromedizin | 
    
    www.royalrife.com/superthumpy.html
    Super Thumpy Update 11-1-99
    The Auto Thumpy is a 
magnetic 
pulser 
    described on Keelynet. It uses the large party strobe from Radio Shack. After 
    building one of those, I found that there was a resistor in series with the 
    strobe that would get hot because of the larger capacitor that I had added. 
    So I went out and bought the small party strobe from Radio Shack, part number 
    42-3048. I turned off and unplugged the unit, and then took out the 4 screws 
    that hold the cover on, the 4 screws that hold the printed circuit board down, 
    and the 2 screws that hold the strobe cover on. The strobe housing and chassis 
    slip right out without disconnecting any wires. (Please do not try any of 
    this if you do not know how to identify a capacitor or discharge it. You could 
    be injured or worse. These strobe units are very dangerous even when not plugged 
    in due to the charge in the capacitor.) I made sure the capacitor was discharged, 
    and cut the wire leading to one end of the flash tube, leaving enough length 
    on each end to attach the 4 feet of 16 gauge speaker wire that goes to the 
    coil. The coil is MCM part number 50-940. It is important to cut a wire leading 
    to an end, not the middle of the flash tube. The coil wire exits the box through 
    a hole in the upper right corner of the front, just above the power cord hole. 
    A grommet protects the cord. After attaching the coil and making sure that 
    nothing was shorted out, I plugged in the still disassembled unit and turned 
    it on. The 
pulse was rather feeble as expected.
    
    The large capacitor is a 9uf at 600 volts. I measured the voltage on the capacitor. 
    It was just over 250. The contact near the center of the printed circuit board 
    is the negative end. I wanted a 200 or so uf at 600 volts, but was unable 
    to find one at Supertronix. So I settled on a 100uf at 450 volts.
    
    With the device unplugged and the capacitor discharged, I removed the capacitor 
    and replaced it with the new one. All connections were insulated, and the 
    coil wrapped with electrical tape, as this is an experimental 
magnetic 
    
pulser, not a shock therapy device. I also put black 
    electrical tape over the clear flash tube cover. With credit cards and other 
    magnetic material removed from the area, I tried out the modified device. 
    Very nice pulse. Looks better than the Radio Shack strobe in the larger box. 
    The circuit board also looks much more robust and the capacitor fires the 
    strobe directly, so there is no series resistor overheating in this one. Much 
    better device.
    
    More recently, I discovered that All Electronics has a 300uf at 320 volts 
    that is physically small. So last night I put one of those in a Super Thumpy 
    using wires that are about 3" long. Worked fine. There was plenty of room 
    for a second one, so I added it. Very powerful 
pulse, 
    but it takes about two seconds to charge. I am not sure if the tube and related 
    parts will put up with this much power for long, so I am using one at home 
    on a trial basis to see if it breaks.
    
    Bob Haining has designed a much 
more powerful 
    pulser which I hope to be able to experiment with soon.