URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[alpeko]

Hi demios.


Answer:


There is no such distinction as between an AC or DC capacitor.

If you rectify an AC, the voltage will still vary from zero to the peak voltage.  In order to filter it to a constant voltage, you add a capacitor across it.  When the AC is rectified by a diode and sufficiently filtered by a capacitor, then it becomes DC.

A capacitor can be used in series to pass an AC signal (a capacitor used this way is called an AC coupling capacitor, or a DC blocking capacitor).

A capacitor can be used in parallel across an AC signal to attenuate the AC voltage while allowing the DC voltage to develop (a capacitor used this way is called a bypass capacitor). 

In each case, they are all capacitors.  The same capacitor used in different ways takes the name of the way it was used.

If there will be a high alternating current, a high current capability capacitor might be needed.  If the voltage across the capacitor may be + ot -, then a non-polarized one must be used.  If it is always one polarity, then an electrolytic capacitor can be used to reduce cost and size.

Hope this helps!

Alpeko

[fixo]

Hi demios.


Answer:


There is no such distinction as between an AC or DC capacitor.

If you rectify an AC, the voltage will still vary from zero to the peak voltage.  In order to filter it to a constant voltage, you add a capacitor across it.  When the AC is rectified by a diode and sufficiently filtered by a capacitor, then it becomes DC.

A capacitor can be used in series to pass an AC signal (a capacitor used this way is called an AC coupling capacitor, or a DC blocking capacitor).

A capacitor can be used in parallel across an AC signal to attenuate the AC voltage while allowing the DC voltage to develop (a capacitor used this way is called a bypass capacitor). 

In each case, they are all capacitors.  The same capacitor used in different ways takes the name of the way it was used.

If there will be a high alternating current, a high current capability capacitor might be needed.  If the voltage across the capacitor may be + ot -, then a non-polarized one must be used.  If it is always one polarity, then an electrolytic capacitor can be used to reduce cost and size.

Hope this helps!

Alpeko

[gotoluc]

Hi everyone,

it's been a while since I have posted new information but hopefully I will start my experiments soon as winter has now past and the weather is warming up so I should be able to continue soon.

I found on YouTube a Romanian engineer named Mihai Rusetel that seems to have developed and patented a water engine.

Video link: http://www.youtube.com/watch?v=q5-C3iG5djI

If anyone knows the language, could you please give us some details on this.

Thanks

Luc

[Cap-Z-ro]

I have some reservations about the video Luc...in particular that white panel covering the lower portion of his apparatus.

If the device is patent protected, I cannot think of any reason to hide his work...unless the video was done prior to securing the patent.

It seem there's always something doesn't it.

Good to see you back here.

Regards...

[gotoluc]

I have some reservations about the video Luc...in particular that white panel covering the lower portion of his apparatus.

If the device is patent protected, I cannot think of any reason to hide his work...unless the video was done prior to securing the patent.

It seem there's always something doesn't it.

Good to see you back here.

Regards...

Thanks for your comment Cap-Z-ro

Yes!... there's always something

Let's see if we can find someone to translate some of this.

Luc