No transistor amping!!
If you oscillate a and b, you can get an amplification effect, but I dont think its a multiply, but on the amp phase, the 2 capacitors, both emptied will charge together as one.
If the "signal" cap is blocked in phase a, then it stays blocked. Thats unless youve waited or knocked the capacitor and sent it neutral - so if it was ram, then it would need to be constantly refreshed at 60hz or so, and u wouldnt want to bump it. So its very volatile.
But I have something curious in my mind about it, that im wondering what creates the limit between it being on and off, how little can I charge it, to set off the big capacitor - because obviously they eventually dont join forces, because the signal is too full, and is at the "threshold" where it wont count as a capacitor anymore.
This is important, because I want to know how little current I put into and still detect it, because obviously, the more little the current it worked with, the more successful an invention it is.
So I wonder what is the rule reason why of it?
If you oscillate a and b, you can get an amplification effect, but I dont think its a multiply, but on the amp phase, the 2 capacitors, both emptied will charge together as one.
If the "signal" cap is blocked in phase a, then it stays blocked. Thats unless youve waited or knocked the capacitor and sent it neutral - so if it was ram, then it would need to be constantly refreshed at 60hz or so, and u wouldnt want to bump it. So its very volatile.
But I have something curious in my mind about it, that im wondering what creates the limit between it being on and off, how little can I charge it, to set off the big capacitor - because obviously they eventually dont join forces, because the signal is too full, and is at the "threshold" where it wont count as a capacitor anymore.
This is important, because I want to know how little current I put into and still detect it, because obviously, the more little the current it worked with, the more successful an invention it is.
So I wonder what is the rule reason why of it?