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00:32
@ScientistSmithYT. . . Ambient temperature and heat from resistor : If ambient temperature is 20, and a resistor is at 20 degrees : then resistor is connected to voltage and begins to dissipate power. Resistor temperature begins to rise. Let us say that resistor stabilizes at 60 degrees. Now, if ambient temperature rises by 10 degrees (ambient is now 30 degrees)
Resistor temperature will also now rise by 10 degrees to become 70 degrees. It all works together.
 
14 hours later…
14:26
@Marla So when one side rises the other side rises got it.
@Marla I have been working on a circuit and I think it will work. But I’m not sure if it is a multiplier or the voltage just adds. From what I think and know I think it adds the voltages. Here’s the circuit...
And multiplication is multiple additions.
Ok
Do you think it would work or did I make a mistake on the circuit?
 
2 hours later…
16:09
@ScientistSmithYT Are you trying to make a Cockcroft-Walton generator? It looks like you have some wrong connections.
The Cockcroft–Walton (CW) generator, or multiplier, is an electric circuit that generates a high DC voltage from a low-voltage AC or pulsing DC input. It was named after the British and Irish physicists John Douglas Cockcroft and Ernest Thomas Sinton Walton, who in 1932 used this circuit design to power their particle accelerator, performing the first artificial nuclear disintegration in history. They used this voltage multiplier cascade for most of their research, which in 1951 won them the Nobel Prize in Physics for "Transmutation of atomic nuclei by artificially accelerated atomic particles...
 
1 hour later…
JRE
JRE
17:18
@ScientistSmithYT I think what you have drawn will go "bzzzt bang." That's not what a voltage multiplier looks like.
JRE
JRE
17:56
Voltage multipliers make DC, not AC.
 
2 hours later…
JRE
JRE
20:07
@ScientistSmithYT Simulated your circuit:
All you get is your AC with a DC offset. Not what you'd call a multiplier.
JRE
JRE
20:21
This is more what you are after:

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