Towards Realizing the TPU

[sparks]

    The gain of the system is the rate of the discharge. Which then is duplicated again and again as it oscillates in the same helical resonator.  A discharge of say a watt stored in a high voltage capacitor discharged in a nanosecond into a dead short can get into current levels of thousands of amps.  Thousands of amps oscillating in a tuned circuit is alot of power.  If the wave goes undamped by inductive or capacitance coupling to the oscillator by a load things go into overunity real fast.   Does a radio station pull anymore input energy if there are  millions of antannes receiving it's signal or just one.  Add up all the antennae gain on the trillions of possible dipole antennaes in a broadcast field and compare that to the wattage used to produce the signal. 

[turbo]

It does not matter how many antenna's are listening to the same station.
People who claim they have to raise transmitting power when more people are listening , are talking plain BS.
The energy is transmitted in all directions evenly, it does not matter if there are just one or a million recievers in the field.
What does matter for good reception, is the field strength.
If it is high enough you can power anything.

Marco.

[otto]

Hello all,

@wattsup

sorry, Im weekends off line.

I know that in a TPU is NOT a tube hided. Thats for sure. In my post I only wanted to say the people to use tubes because its easier with them. Its clear that then we have to switch to transistors.

To your questions:

Q1: I think the tubes needs all the heating voltage but Im not sure. As Im working maybe 1 week with tubes Im a newby with them.

Q2: sorry, I dont know.

Q3: this I dont WANT to answer because I need a few days.

Q4:as I suppose I have the wrong tubes, another question that I cant answer.

What I know is that my tubes are working in a totally different manner. This has nothing to do with transistors. We cant compare tubes and transistors in our case of a TPU.
I had luck and found at home a rectifier tube and connected this to my tube triodes. Again the situation changed.

Have you ever connected your MOSFET to your coils and got a signal but without a + or - from the power supply???

Yes youre every day with MOSFETs but if you dont connect +12V of more to your coils you have nothing.

I have a veeeeery big signal with my tubes. WITHOUT a connection to + or - on the other side of the coils.

Yes, I know the risk of X-rays but I dont care.

EM mentioned a source of ambient energy!!! Nice.

Your last question:

yes, a transistor can run with gain but....always this "but".....let us think about a MOSFET: the drain voltage maybe 500V or more. If more what happens?

My tubes have a plate voltage of 400V. But the highest plate voltage for my tube is 300V. What happens with my tube? NOTHING!!!! And what would happen with a transistor if there would be 1 of the parameters much bigger then we can see in the technical papers? They blow!!! I have blown a lot of them.

Then there is another question:

What if we need a lot of kilovolts in our coils. I had a lot of time such a voltage. Can MOSFETs handle such a voltage?? I mean can they handle the frequency + the voltage + .....who knows what else is going on in the coils that we dont see and dont know.

It seems that we also dont WANT to know about the power source in a TPU.

Otto

PS: as you see wattsup, my help was really not great.

[sparks]

  Say you need to short a capacitor in 10 nanoseconds or less and cause a huge current surge through your rc network.  A semiconductor is a glorified variable resistor.  It is gonna pop as soon as you trigger the discharge.  A rectifier tube has a much better chance.  It has a hell of a lot more charge carriers.  But there is a ss device called an avalanche diode.   I think wattsup and BEP identified one used shunting SM's capacitors.   These devices are capable of ABSORBING high energy transients in high power circuits.   They use them to make microwave oscillators.  They are operated in reverse bias mode making them really fast.  So we're up into the gigahertz as far as frequency of the rlc circuit design.  Tesla was really excited when he discovered radar.   The signal goes so far and then it comes back.  Basically using space itself as a reflector.  Tesla also knew the power of dumping a capacitor across a dead short.  He spent years developing mechanical shunts.

[forest]

I'm thinking about kicks... Normally you can have any currents flowing across wire, be it 12V of large current or HV kicks of very short period but almost no amperage.SM said that it makes no difference and such mix happen for heater transformer in vacuum tube.
I don't know if I got it right ,nut seems that there is a very rare incident when low voltage large current mixed wih HV kick create new current, of power being almost multiplication of HV from kick and large current from lower one.Or the kick is alone overunity, but then I have no clear solution, how step it down to get large amps.