When Kapanadze unplugs the device, he is surprised at what sound it makes. He says it needs to be investigated.
The sound is 10,7,10 pulses. approx. 35Hz with 380Hz fill
When Kapanadze unplugs the device from the inverter 220V 50 Hz, he is surprised at what sound it makes.
this means the bobbin ( not "coil", but "bobbin", as in Kapanadze Patents ) is getting out of control.
The generator loses synchronization with a frequency of 50 Hz.
The voltage 220 V 50 Hz comes from the input terminals of the transformer, in fact from an external inverter.
A generator with 2 transistors can continue to operate using the energy of capacitors that are connected after the rectifier. But this is subject to very low current consumption by this circuit. The capacitors do not look like they have a large capacitance.
Okay, let's analyze further.
If the capacitors powered the circuit for 1 second after switching off, then the voltage across them would decrease linearly with time. The 5 kilowatt lamps would gradually go out.
But what do we see? The lamps glow normally for 1 - 1.5 seconds and then go out abruptly.
This is weird. Are these transistors needed at all? Or was this circuit on two transistors soldered together just to fool observers? To point the finger at the spark and refer to Nikola Tesla?
This leads to the idea that the Kapanadze bobbin is a self-sufficient generator. When current 27 Ampere passes from hidden source to load through the bobbin wire, it creates internal in bobbin a magnetic field that affects the hidden elements in the bobbin. For example, if there are magnets inside the bobbin, "from a magnetic separator", as Kapanadze said, then the field of the coil can compress or push them apart, depending on how the magnets are located and the coil is wound.
In this case, the current from the elements inside the coil is interrupted, the magnetic field of the coil disappears, and the elements begin to generate current again. So on the cycle.
Since we observe a very low frequency, about 50 Hz, the nature of this resonance is not electrical.
Another. Mechanical, electrochemical, etc.
Power from the inverter is probably only needed for the initial start-up and synchronization of the generator bobbin at 50 Hz.
If so, it becomes clear why the electronic part is so simple and weak.
Because Kapanadze’s generator does not need an electronic circuit!
Kapanadze is not an electronics expert because his generators don't need that. We see how in the aquarium he sketched completely meaningless boards from the trash, with wire harnesses cut off and not connected anywhere, boards from old tube TVs, the terminals of vacuum tubes are filled with hot-melt glue that does not melt from the heat, etc..
This was all done to create for non-professional observers the appearance of a complex device that has a high price.
What remains? We see a bobbin, which is a pulsed current source. AC battery controlled by voltage pulses.
What kind of technology is inside? Chemical, electrochemical, liquid, gas, vacuum?
The main question is does the Kapanadze generator use any consumables? Does such a generator need fuel?
There is no clear answer yet.
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Topic: Kapanadze replication (Read 69538 times)
