Goood stuff. I have an SWR meter. I wander what frequncy is was...
Also I had some results today. I beleive I was seeing theresluts that 007 was seeing with the LED bulbs. And I seems that yes. There is a meter trick. But there is more to the story. We have some work ahead of us.
Long story short. Its all aboit the powefactor. When my video gets done il post it so everyone can see what I see and tell me if I'm musing somthing or what.
For now. This is a greate way to understand the basics of power factor.
http://www.allaboutcircuits.com/textbook/alternating-current/chpt-11/calculating-power-factor/
Hi Russ and All,
Clarify please:
-Are the rev 11 Coil Former / 12 wires of 22 AWG Final?
-007 got 15 Ohms shorted or not and why can't you just ask him?
http://open-source-energy.org/?topic=2680.msg37169#msg37169 -Matt still advises 18 strands so they could be divided evenly, all to satisfy the needy Audio Amp's 4 Ohms Minimum need, else this Lossless Clamps schematic because it cares not about Ohms of the Load?
http://open-source-energy.org/?topic=2680.msg37239#msg37239These former files are for 12 strands of 22 AWG?:
-stl's files on Pg 4: (A new friend here may be able to print me some)
http://open-source-energy.org/?topic=2680.msg37130#msg37130 (rev 11 stl's)
http://open-source-energy.org/?topic=2680.msg37138#msg37138 (3D pdf Thanks Matt)
-stk CnC's files on Pg 5:
http://open-source-energy.org/?topic=2680.msg37169#msg37169-dxf Laser cut files here Pg 8: (I sent a couple RFQ's to San Jose area shops for masonite or acrylic cutting)
http://open-source-energy.org/?topic=2680.msg37266#msg37266different size poe Large Coil Form from 1Stop:
http://1stopenergies.com/t/framesChris Sykes $9 recommended low-cost Audio Amplifier OK???
Info Source:
https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&cad=rja&uact=8&ved=0ahUKEwjohPzKoqPNAhVG-2MKHf3cCeMQFgghMAA&url=http%3A%2F%2Fwww.hyiq.org%2Fdownloads%2Fguidelines%2520to%2520Bucking%2520Coils.pdf&usg=AFQjCNGg_icJWzYEq7DYzzNBlOyUPbTIJw&sig2=Jfymrt9ps1ByJB6HZ3GnVQhttp://www.ebay.com/itm/Mini-180W-180W-2CH-12V-Small-Stereo-Audio-High-Power-Car-Amplifier-for-CD-MP3-/231972966569?hash=item3602aa90a9:g:5sIAAOSwgQ9VpdGs This LvPin unit's Spec's are:
Features
Weight: 250g
Size: 6" x 4" x2"
Specifications
Power output: 180W
Input voltage: 12V-18V DC
Output impedance: 4ohm-8ohm Frequency response: 100Hz - 20kHz
S/N: 85dB
T.H.D: 1%
Russ your last post says results are like 007 LED resistive LEDload, and you can see this is about power factor, PF. Everyone please study these two lessons from Luc.
Note where in these two videos how to see the Volts Vs. Amps on the Scope using a 0.1 Ohm resistor. Luc Choquette shows his motor running itself on reactive power in Part 2. Note the parabolic return as Voltage increases.
From 110VAC he harvests 20 Watts, from 220VAC he harvests 90 Watts, and he says we need a generator od 600VAC and we are talking some practical PF harvesting indeed.
https://www.youtube.com/watch?v=8Hr2C1vvvx4 <--Reactive Generator Tutorial Demo 1
https://www.youtube.com/watch?v=g6SaAjQaLkM <--Reactive Generator Tutorial Demo 2
US smart Power Meters cheat us by always charging PF = 1.0. This will help those turning their own generators though.
About Q, when looking for max amplitude resonance, low Q is where it is hard to see that peak amplitude at resonance. It barley changes. With one toroidal "Loop" of wire, it is so so, BUT with an adjacent identical conductor, stacked above, not even connected, the Q rises exponentially, and resonance point becomes profound, sudden, and massive easy tuning to find it.
This is why twin lead is used as a Magnetic Pick-up for an O Scope to actually see inside the coil length. A single wire coiled into a pancake will NOT drive your O'SCope. A twin lead will, where you use a length rolled up into a double layer Cinnamon Roll, and connect to the outside of just one lead, the other totally floating replicates the adjacent pulsating or resonating magnetic field, without loading the source, and vica-versa... The unconnected half of the twin lead amplifies itself into the twin with one end connected to the scope. If you drive an open-ended long solenoid coil with impulses, you can use this pick-up to see the impulses at one one turn into perfect Sine Wave 1/4 wave resonance at the other end. Perpendicular wires on a toroid allow it to operate as a TMT, with adjacent segments driving for free across the toroid, and can be undulated to make it rotate with 3 phase timing and an even number of segments. Doing these things i saw only certain integer number of Sine nodes can exist in a toroid, and is also why Electron orbits snap to sudden different radius, as they travel in Sinusoidal pattern, and only integers fit it. Only certain frequencies will fit a toroid's circumference. Those long wires outside the torus may be an issue. The parallel shorts are one length, but the series connected are another length just by how much is inside the torus and how much is hanging outside for connections purposes, way long and concerning me.
Driving tpu open ended torus coil segments this way is how i learned CCW coil winding needed for Northern Hemisphere, as in Steven Marks. Driving the CCW end yields Unity voltage across the ring. Driving the CW end, letting the CCW end wag like a stick, yields massive gain. Go figure why our toilets flush one rotation only. A 5V p-p square wave open ended drive of that BB style MicroMetals core tpu into the CW end of a CCW segment yields 600V p-p across the ring at f-res x1.0. At f-res x 1.5, that segment across the ring turns off and both its neighbors resonate for free at this voltage and higher, open-ended, but at 1.5X f-resonance, this is Scalar resonance and not Faraday shield-able, and is also BOGO or buy one get two free, that will get you found and punished, just because they can. Note the Earth resonates at 7.8 Hz, and the ionosphere at 11.7, exactly 1.5X difference between the two resonance behaviors seen in a toroid with perpendicular wires. HAARP is not Faraday shield-able either. Perpendicular wires couple only the Capacitive, the impulse or overshoot, the scalar component. Parallel wires couple inductively. 45 degree rotation may be a worthy adjustable LC tuning method... I notice the POE is perpendicular. If you make that magnetic pick-up, stick in in a bean can and rest it on the coil, you see the whole square wave. When you ground that can, the overshoot at rising and falling edges, the impulses you will see are NOT Faraday shield-able. They pass right through the grounded can centered on 0V, and the rest of the square wave disappears because this portion is Faraday shield-able.