Build a Low cost & simple Magnetic Pulser

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Build a Low cost & simple Magnetic PulserCategoriesElectromedicinePractical Health http://www.newmediaexplorer.org/chris/2003/08/19/build_a_low_cost_simple_magnetic_pulser.htmFor those who are interested in building their own Magnetic pulser to use with the Beck protocol following is my updated post. "...The sicker a person is the more nutrients are needed in optimum doses to help the bodies reparative mechanisms...""...eliminate all junk food i.e,. food containing any added simple sugars like table sugar or glucose as in corn syrup. This simple rule, comprehensible even to children, will eliminate nearly 90% of the additives commonly added to processed foods..." Also note dehydrated patients may not respond well to any type of therapy! WARNING: This is an experimental device and uses 110Volt AC mains voltage, build at your own peril. If not comfortable, have a someone familiar with electronics like a TV repairman build it for you. Do not use 220 V AC without appropriate modifications!Well finally, I have got all the wrinkles out my prototype SCR Thumpy. And my new circuit has definitely got the power. You can actually feel an electric current pulse when used in the neck area - uncanny! This is subtle however. The only thing I have not got around to do is make it automatic - it still uses a press button to trigger the pulse. I don't like the auto types as the body gets habituated with non random pulses - hence have to come up with a random pulser circuit one of these days.To calculate the output energy use the following:Formula: W=(CE^2)/2W=energy in joules: C = Capacitance in farads: V = Voltage across Capacitor in volts # capacitors #Joules 5* 29 6 35 7 41*Present circuit. Any SCR with PEAK current of at least 600 to 1000 amps should work. The one shown is 20 amp continuous with the appropriate peak rating. The lamps act as current limiters and protect the SCR against a short circuit. The circuit can be further simplified as discussed in point 3 below.I have build several of these and my experience has been:1) The capacitors develop a memory and don't fully discharge its better to use a number of them in parallel. This reduces the internal resistance and provides a better result and less memory loss. The caps must be designed for flash applications.2) The flash tube heats and develops some resistance so you need to have enough time between flashes for them to cool down. This has been eliminated in my circuit. 3) Using a high current SCR (this forces the caps to fully discharge by providing a longer connection than the strobe) and parallel caps from disposable cameras I can now consistently get 12 - 18 inch with #14 fender washers. And you can cycle them very fast (though not recommended). All for less than $30 Cdn. The most expensive part is the coil which can cost as much a $20 unless you build it yourself! One can further reduce the cost if at a latter date you don't want to upgrade to auto pulsing. This can be accomplished by removing the 10k resistor and the SCR and simply wiring the a push to close switch in line to the coil. Don't recommend this unless you just can't get an SCR or really need to reduce cost. MAKE SURE THE PUSH BUTTON SWITCH CAN HANDLE THE CURRENT AND IS MECHANICALLY ROBUST!More info regarding other coils options etc. is available at:http://www.keelynet.com/biology/thumind.htmIf you do make the circuit I would love to hear how it turned out.Chris Gupta Coil winding instructions from Dr. Beck's paper are:"Junk VHS videocassette reels are cheap, plentiful and adequate for this application. Remove 5 screws from shell, remove reels and discard tape. Be SURE alternative spools (if used) are non-conductive or system will not work. Avoid shorter length VHS tape reels which may have center hubs larger than 1" dia. and won’t hold sufficient wire. Drill 3" holes through hub and through center of flange(s). Make two 4" discs from 3" thick plastic or fiberboard, drill 3" center holes and another 3" hole off-center so coil's inside lead wire can be pulled through. These 'stiffeners' will sandwich reel's flanges so they won’t warp or split as wire pressure builds up while winding progresses. A 2" (or longer) 3-20 machine nut and bolt with washers through centers will clamp flange stiffeners and reel and also provide a shaft to hold in a variable speed drill motor or similar winding device if used. Then remove bolt and stiffeners.Specifications: Completely fill tape spool with #14 or 16 enameled copper magnet wire (130 to 160 turns) wound onto the 1" dia. hub and 3-2" OD spool with a gap width for wire of e". Scrape enamel insulation 2" from ends and tin. Pull inside end of magnet wire through hub and stiffener and to outside. ~130 turns (about About 1-2# should fill spool. Remove bolt, stiffeners, and finished coil. Now solder ends of 3 ft of heavy two-wire extension cord to each side of coil. Finished coil weighs ~1 LB 3 oz, has ~0.935 millihenry inductance, 0.34 W resistance, and takes ~20 minutes to hand wind or ~3 minutes with drill motor. An excellent alternative is an AMS brand air-core crossover inductor for home audio, MCM Electronics, Centerville, OH 45459. (800) 543-4330 catalog # 50-940, #16 gauge, 0.58W, 2.5mH, 2-f" dia., $10.65" I have also attached a file for the free CircuitMaker Student Version electronics software for those interested in modifying the simple circuit that I have developed.pulserworking.cktPlease share your experience so all can benefit. ThanksChris Gupta posted by Chris Gupta on Tuesday August 19 2003updated on Saturday September 24 2005 Print this articleTrackBackURL of this article:http://www.newmediaexplorer.org/chris/2003/08/19/build_a_low_cost_simple_magnetic_pulser.htm Related ArticlesMobile Phones Increase Tumor Risk, Study SaysFurther to the post: Em Fields On Brain Tumor Incidence - Chemicals And Cell Phones Chris Gupta ---------------------- Mobile Phones Increase Tumor Risk, Study Says Thu Oct 14, 1:38 AM ET STOCKHOLM (Reuters) - Ten or more years of mobile phone use increases the risk of developing acoustic neuroma, a benign tumor on the auditory nerve, according to a study released on Wednesday by Sweden's Karolinska Institute. The risk was... 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