WAVEFORM PAGE

    At Oxyrife, we use the same type of amplifiers that Dr. Rife himself used in his original machines.  . It is the sharp off and on of the wave which does all the work in a Rife machine.    Here is a oscilloscope tracing of a square wave made by one of our Rife machine function generators.  Arrow  A points to a vertical line at the rising edge of the wave.  This is the ringing effect that helps produce some of the higher harmonics.   Arrow  B shows the frequency that we were running when this tracing was taken.  2128 is one of the two main cancer frequencies.  By using an oscilloscope we verify that every function generator that leaves our laboratory is 100% accurate.

  Here is the same square wave after being put through one of our competitors solid state amplifiers as measured at the tube.   Arrow  C shows where the wave starts.  The distance between  points C and D show the power of the wave.  The greater the distance, the more the power.  Arrow  E shows where the wave ends and Arrow  F shows the wave beginning again.  As you can see, the wave never fully turns off between points E and F.  This poses 2 problems.  First, it tends to overheat the amplifier being used, and second, it makes the distance between C and D, or the off and the on positions smaller than it could optimally be, thus minimizing the power available to the user.

    Here is the same square wave, but this time we put it through one of our tube type amplifiers.   The G Arrows  point to the off cycle of the square wave.  Here you can see virtually no activity.  In this phase of the cycle, the equipment can rest and cool down.  Arrow  H shows the on part of the cycle.  Notice the height (power) difference between the G and H phases.  Because our equipment goes from fully off to fully on, we can generate many times more power than an equivalent system running with a solid state amplifier.