- #1
orgonefred
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Hello all! First post!
I've built a 7.83 Hertz sine wave oscillator that is fed into a 1,000 wind coil (soft iron rod/bifilar windings/self cancelling) and have tested in out on my oscilliscope and it's working beautifully with a peak voltage of 5.8 VAC (4.1 RMS AC). This device is being used as an environmental experiment to re-establish the Schumann Earth resonance.
The one issue that I've been pondered about the Schumann Resonance is whether it is considered a AC sine wave (positive side alternating to negative side) or if it is more of a pulsing DC sine wave (fluxating amplitude, positive the entire time).
My device is a simple Wein-Bridge oscillator and I would like to take a 6 volt DC line and superimpose the oscillator on top of it. Theoretically getting a sine wave going in amplitude from .2V to 11.8V. I think this can be accomplished by simply using using a capacitor that acts as a wall for the AC to pass through whilst keeping the DC contained.
One thought I had was to simply use the same positive supply rail that powers the oscillator and run it through a voltage divider network with resistors (easy) in order to get the 6 volt signal. I then send take that 6 volts and met it up with a T point with the capacitor, and then on to the coil and ground.
I thought I would see if someone if familiar with this little 'trick'.
Thanx and Namaste,
Christopher
I've built a 7.83 Hertz sine wave oscillator that is fed into a 1,000 wind coil (soft iron rod/bifilar windings/self cancelling) and have tested in out on my oscilliscope and it's working beautifully with a peak voltage of 5.8 VAC (4.1 RMS AC). This device is being used as an environmental experiment to re-establish the Schumann Earth resonance.
The one issue that I've been pondered about the Schumann Resonance is whether it is considered a AC sine wave (positive side alternating to negative side) or if it is more of a pulsing DC sine wave (fluxating amplitude, positive the entire time).
My device is a simple Wein-Bridge oscillator and I would like to take a 6 volt DC line and superimpose the oscillator on top of it. Theoretically getting a sine wave going in amplitude from .2V to 11.8V. I think this can be accomplished by simply using using a capacitor that acts as a wall for the AC to pass through whilst keeping the DC contained.
One thought I had was to simply use the same positive supply rail that powers the oscillator and run it through a voltage divider network with resistors (easy) in order to get the 6 volt signal. I then send take that 6 volts and met it up with a T point with the capacitor, and then on to the coil and ground.
I thought I would see if someone if familiar with this little 'trick'.
Thanx and Namaste,
Christopher