Giantkiller moves forward into Full Heterodyning.

[Feynman]

Good news;  the LTC6904 is working.   The first chip was burned out but the second one is producing square waves right now.

Expected Default Frequency: 1.0390khz
Actual Measured Frequency: 1.0463khz
Accuracy: 99.30%
Measured Rise Time: 10ns or better

Next step is to try the I2C bus.

[giantkiller]

An electron enclosed in an atomic shell will jump to a next outer shell or two or three depennding on the amount of energy that it accepts externally. Then it snaps back to its previous shell of occupation. Well that is all well and good and for what we have been taught. But, the wave effect the electron emits in its travels and shell settling is what we are talking ABOUT.
Nothing else changes to produce an effect. Maybe the ringing is what occurs in unison when a whole matrix of these actions happens at the same time. A 3d spatial field of energy changes. That is where the song comes from. By inputing multiple frequencies or the chords or the heterodyning effect we spatially improve the resonance factor by moving electrons at the same time. The input energy is more cohesive for the movement.
Doesn't matter how many dimensions, just move the electrons in unison. Together, fast or in waves. Hutchison reports problems in effect because of the lack of control in the electron effect.

Bullshit? Fire up your copper and see. Until that time your mind is enthralled by academia and new age-ism. Pablum.

As the electron jumps shells maybe the space between the shells exhibits viscosity and viscidity.

The pressure wave exceeds the objects that are propelled forward from inside. They are riding in parallel. When the pressure dimishes, the objects return to their previous place.

@Feynman,
Great work. I realized from your work that only 1 genny is needed. The square pulse doesn't need any help. 50% duty cycle is fine. Why? The on time is way longer than the electron jump time. It returns back to its home shell almost immediately, light speed. The electron will not remain in this excited condition for more than a fraction of a second before it will radiate the excess enegery and return to a lower energy orbit. Basic electronics, chapter 4, Characteristics of matter and energy, prepared by the U.S. Navy, Bureau of Naval personnel

To see real drama, apply the amount of energy to ionization potential to free electrons from the host nucleus. I.E. GK4
--giantkiller. Same rule, different place.

[Feynman]

Thanks GK

Didn't get a chance tonight to attempt the Arduino (microcontroller)  because I was talking to John Hutchison on Paranormal Radio.      That guy is a certified genius.


As for the precision oscillator project, I did test that LTC6904 chip, and I measured it's accuracy which I posted earlier  (99.3% at default freq).  I was very impressed.  Here are the pictures of the circuit and a scope trace of the default frequency.  Incidently, the capacitor in the photograph is just for  power supply decoupling, and the resistors are "pull-up" resistors connected to pints 2 and 3 for the I2C bus (not used in this test).  Anyway, the jumble of alligator clips is because both the both the scope and the freq counter are connected, as well as the 3V power supply of NiMH AA  batteries.


The test circuit  (very simple, just connect (+) to pin 8 and (-) to pin 1 and it should start sending a default square wave to pin 6. 


Scope trace and freq count of the LTC6904 default frequency.  We are 99.3% accurate. 
V/div = 0.5V
T/div = 0.5ms

[giantkiller]

Cool,
I have been testing with my timer demo board. It is very neat. I cranked it up to 67.7mhz and the square waves do attenuate down. Rounded corners and then spikes as I get past 1mhz. I believe I have to attenuate the scope probes.

I am going to get real simple to start with and that is attach Earl's shift register solution to get the 2 other freqs.

I am curious if the divisions match up to the electron jump distance to the next shell. These jumps/skips distances are mentioned in the U.S. Navy book. And I am going to drive that to match the PHI numbers and harmonic ranges also.

Your setup looks very minimalistic and small is good.

--giantkiller.

[sparks]

    @GK

   Great Post of the Dolphins.


      When I was kid I always felt that if Man was going to time travel he would have to know how to Surf.
I believe the tpu kicks move the electrons/dolphins in front of the boat/ambient potential energy field.