Author Topic: Multiplier ckts  (Read 810 times)

0 Members and 1 Guest are viewing this topic.

Offline Login to see usernames

  • Global Moderator
  • Hero member
  • ****
  • Posts: 3607
Multiplier ckts
« on: March 11, 2016, 20:35:20 pm »
why didnt we tried using coils instead of capacitors in multiplier circuits? well because it does not work lol

but i was thinking that back emf of a coil is something desirable ... or somehow misteriously usefull

when we pulse a coil it will distribute the voltage according to the inductance...

when we get  a transmission line or a couple of coils that can be arranged to have coupling and cancell each other,,, there is a situation when pulsing it that it resemble a lrc  resonant circuit  but in diferent manner...

in one manner you apply high voltage low current and there will be a point in the end of the coils (shorted) with high current level... on the oposite side we have high voltage going in at low amps.. .

this is because the wave reflects at the end...

so when pulsing this way the energy is not magnetically into the coils since the magntic fields of currents flowing practicaly cancell but there is voltage in both coils and it travels to the end than comes back..

i believe we must apply the voltage to the ends of the coils windings and get it delayed at the innermost start. biflar for example.

that because of the geometry indicates the potential in a conductor is zero so if it goes inside its filterd from disturbance..

in my opinion the vic must act as a sort of pulse generator or pulse forming network that creates high voltage fast rising and restricted current pulses...

/_____________________________________diode> ___
/ o   /                                                                       /
/     /O                                                                    /
/    ///////////////////////////////////                             /
/                  choke                   /                             /
/l2                                          / _________(cell) -----
/                 choke                    /                              /
/     //////////////////////////////////                               /
/     /O                                                                      /
/___/__________________________________diode> _/

« Last Edit: March 11, 2016, 22:00:08 pm by sebosfato »

Offline Login to see usernames

  • Global Moderator
  • Hero member
  • ****
  • Posts: 3607
di-tri-atomic molecules..
« Reply #1 on: March 11, 2016, 23:56:43 pm »
hydrogen diatomic exists because one proton of one atome atracts the electron from the other atome and vice versa.. .

there is two types of hydrogen para and orthohydrogen

this is related to the the gas being partially having both spins in one direction only or in oposing direction that is a lowest energy case..

please correct if anything is wrong...

nature try to find the path of lowest energy aways...

Offline Login to see usernames

  • Global Moderator
  • Hero member
  • ****
  • Posts: 3607
dc isolation diodes
« Reply #2 on: March 12, 2016, 15:48:40 pm »
The transformer can be thought as an output device... but it interacts with the load in more deeper ways when not plain resistive load.. .

for example if the load is reactive the reflections are going back to the transformer ....  this mean that the tranformer can  be set to look like a open circuit or a load or short to this reflections...

if we add a diode in parallel with the primary we have a situation where it presents a short to a wave coming with oposite polarity like would be in case of inductive load... this mean that the secondary of the transformer will look like the primary of a shorted transformer for example... 

now if we have a schematic from meyer patent where he show the cell driver circuit with the diode in parallel with the primary and a diode in parallel with the transistor switch this mean that he didnt had isolation diode or if he had he may have had a capacitor in parallel to it or from after it to ground...

this makes that if a pulse is reflected with same polarity like in the case of a capacitor it will respectively charge this capacitor for the next pulse or like recharging the source capacitor...

so in this specific drawing meyer shown a system that sucks whatever energy out of the system that reflects