THE DESIGN
Dennis Shepard chose to
design this project with a PIC 16C54
microcontroller chip from
Microchip Technology. This
little gem has the capability to take care of
the control logic,
timing requirements, frequency
generation, and status indicators. The unit
hardware
consists of the PIC, a 4 Mhz.
ceramic resonator, a voltage regulator, a
miniature piezo
buzzer, a red LED, a green LED,
3 resistors, and a power MOSFET transistor; it
operates
on a standard 9 volt battery. A
pair of wires exits the unit which produces an
ultrasonic
frequency signal which you
‘attach’ to your hands. You can use an alligator
clip soldered
onto the wire and clip it back
on the wire to from a loop. Then slide it over
the hand
between the fingers and thumb,
making sure the loop is comfortably snug. Just
make sure
that the metal on the clip makes
contact with your skin. Do the same thing with
your other
hand and your ready to use! Or
you can use an elastic conductive strap like the
kind used
to ground yourself against
static electricity. This electrical signal which
passes through
your hands in this manner is all
that is needed to ‘kill off’ the bugs in your
body. Now, a
little bit of information on how
this unit operates and why all these features
were needed.
By passing a minute
electrical current through your body, the 30
KHz. positive offset frequency generated by this
device has the ability to 'zap' bacteria,
parasites, and viruses...causing them to die!
This is an upgrade to the circuitry described in
the book.
Our version of this
device accurately generates the signals,
performs timing functions, and has both audible
and visual status indicators for the 5 step
process. We designed a fully buffered ultra low
(0.2ohm) resistance output stage; virtually
eliminating waveform distortion due to the
'capacitive nature' of the human body. A series
resistance would 'integrate' the signal and not
deliver the proper waveform.
Further beauty tips