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How to Put Together a Syncrometer

Dr. Hulda Clark holds the opinion that all diseases are produced by environmental pollutants. Dr. Clark designed the "syncrometer," a diagnostic instrument which uses audio oscillation to locate toxins in the human body. The bond between patient and electricity forms a circuit. Dr. Hulda Clark contends that syncrometer results can form the basis of subsequent medical treatment. The syncrometer is controversial in conventional medicine, as is Dr. Hulda Clark's theory. However, you can make a syncrometer at home.

Things You'll Need

  • Test Surfaces:
  • Large plastic project box
  • Aluminum foil
  • Screwdriver (multi-bit)
  • Marker
  • Probe and Handhold:
  • Precision Mini-Hook Test Lead Set
  • Pencil (new)
  • Four-inch copper pipe (3/4-inch diameter)
  • Speaker:
  • Nine-volt battery
  • Archer Mini Amplifier Speaker
  • 1/8-inch phono jack
  • Main Circuit:
  • Shoe box
  • Tape
  • Nail
  • Pointed knife
  • Cheap wire stripper (if needed)
  • Paper clip
  • Ordinary light switch
  • Potentiometer (variable resistor), 50k ohms
  • Knob to fit potentiometer
  • .1 microfarad ceramic disk capacitor
  • .0047 microfarad ceramic disk capacitor
  • MPS2907 PNP silicon transistor
  • Audio output transformer 900 CT: 8 ohm
  • Three "AA" batteries
  • Battery holder (for three or four "AA" batteries)
  • 12 microclip test jumpers
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Instructions

  1. Test Surfaces

    • 1

      Cut two 3 1/2-inch squares out of a lid from a large plastic project box.

    • 2

      Cover them with slightly larger squares of aluminum foil, smoothed evenly and tucked snugly under the edges. You now have a set of open capacitors.

    • 3

      Mount one ordinary light switch on the front side of the shoe box: one in front of each plate. Cut 1 1/2-inch rectangular holes for the toggle. Remove the screws that came with the switch; then insert the switch from inside so that the toggle is directed "up" in the "Off" position (inverse of a normal light switch at home). Push a pin from the inside thorough the screw holes, enlarge them and replace the screws from the outside.

    • 4

      Label the test surfaces box: left plate, "Substances"; right plate, "Tissues"; and "on" and "off" position for the toggle switches.

    • 5

      Attach the tissue plate bolt to the tissue switch at one screw terminal, using a short alligator clip test lead. If there are three screw terminals, one will be green for ground -- do not use it; use the other two.

    • 6

      Attach the screw terminal on the "tissue" switch to the substance plate bolt.

    • 7

      Attach the "substance" plate bolt to the "substance" switch at one screw terminal.

    • 8

      Attach a long alligator clip test lead to the other "substance" switch screw terminal. When you build it, you will connect the other end of the long alligator clip test lead to the main circuit.

    Probe and Handhold

    • 9

      Unpack the contents of the Precision Mini-Hook Test Lead Set.

    • 10

      Assemble the probe by taping a long, new pencil to the banana plug. This makes the probe easier to hold.

    • 11

      Connect the handhold (a 4-by-3/4-inch copper pipe) to the circuit using the 3-foot alligator clip test lead.

    Speaker

    • 12

      Place a 9-volt battery in the speaker by removing the screw at the center back of the speaker compartment using a Phillips screw driver.

    • 13

      Plug the phono jack into the "input" receptacle of the circuit.

    • 14

      Remove the plastic housing on the jack by unscrewing it. This exposes the two posts for attaching wires.

    • 15

      If there is no hole for a mini-grabber lead, use alligator clip leads. In that case, slip a piece of tape in between the posts so the clips do not contact each other.

    The Main Circuit

    • 16

      Print the picture of "Main Circuit Parts and Connections Layout" (check References), and tape it to the lid from a shoe box. Tape the illustrated lid to the bottom (inside) of the box. The shoe box houses the syncrometer's main circuit.

    • 17

      Mount a light switch on the front of the shoe box, so the switch's "On" position is facing up. Turn the light switch to the "Off" position (down).

    • 18

      Pierce a hole in the potentiometer's shaft with a large nail. Make a smaller hole on the side of the potentiometer for the tab (this keeps the potentiometer from rotating when you turn the switch). Remove the nut and washer from the base of the potentiometer shaft and thread the shaft through the hole from inside the shoe box. Trim the excess cardboard around the shaft with a knife. Replace and tighten the washer and the nut.

    • 19

      Attach the knob to the potentiometer shaft, using a very small screwdriver or pointed knife to tighten.

    • 20

      Make one hole in the box for each capacitor, using a pin. Push the wires of each capacitor through the holes from the outside. When the ceramic part is almost touching the box, bend the wires inside to keep the capacitor in place. Mount capacitors one at a time so you do not confuse them (their sizes and capacities are different). Consult the diagram on the bottom of the shoe box for confirmation.

    • 21

      Make holes in the box for the transistor. Insert the transistor from the outside of the box so each wire goes where it is intended (prior to mounting, hold the transistor in your left hand with the wires pointing up at you. Referring to the transistor package, you will see that the top wire is the "collector"; the bottom wire is the "emitter"; the center wire is the "base." Bend the base wire away to the left slightly so you will be able to insert the transistor into the triangle of holes).

    • 22

      Make seven holes for the transformer. If wires have not been bared for connection, strip away 1/4-inch insulation and twist the strands tightly together; you should have two wires on one side and three on the other. Push the two mounting tabs on the transformer through the box and bend them down with a knife (or screwdriver) on the inside. Tape the transformer to the outside of the box to keep it in place. Thread the five wires through their respective holes.

    • 23

      Cut the battery holder's wires to no more than 2 inches long; bare 1/4 inch of wire at the end. Iif using a four-battery housing, insert a paper clip in the one empty battery slot (you will only use three) by straightening one end of the clip, hooking the other end to the spring and threading the straight part through the hole on the other side; then, bend the straight part down on the outside so it is out of the way.

    • 24

      Pierce the holes for the battery wires and insert them from the outside (the plus [+] and minus [-] ends are marked on the holder. The positive wire is red; the negative wire is black). Don't let the bared ends of the two wires touch. Place the batteries inside their holder and tape it to the outside of the box. Ensure that your batteries are not getting warm (this indicates a bad connection).

    • 25

      Make slits to hold excess wire (if needed) using scissors. Connection 6 needs an alligator clip lead to the light switch. Clip the lead from your test plate shoe box to the capacitor. Attach the probe and handhold. Finally, attach the speaker. Although you may use either mini-hook or alligator clips for the connections, pull on each connection after you make it to ensure its security. Stuff extra wire through the slit in the shoebox.

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