The Zapper. How to wire? - Printable Version -Shoutbox (https://shoutbox.menthix.net) +-- Forum: MsgHelp Archive (/forumdisplay.php?fid=58) +--- Forum: Skype & Technology (/forumdisplay.php?fid=9) +---- Forum: Tech Talk (/forumdisplay.php?fid=17) +----- Thread: The Zapper. How to wire? (/showthread.php?tid=72759) The Zapper. How to wire? by Baggins on 03-17-2007 at 09:29 PM
I was looking at some phreaking guides, and I got an idea for something to build. RE: The Zapper. How to wire? by MeEtc on 03-17-2007 at 10:19 PM
looks too dodgy for here RE: The Zapper. How to wire? by Baggins on 03-17-2007 at 10:24 PM
Why does my stuff always have to be so dodgy RE: The Zapper. How to wire? by Adeptus on 03-17-2007 at 10:45 PM
The "Bottle-Nosed Dolphin Grey Box" is total nonsense and, consequently, so is yours. It was clearly "designed" by someone with zero understanding of physics and electricity, and it will not work. RE: The Zapper. How to wire? by Baggins on 03-17-2007 at 10:56 PM I have already figured out that wiring in series won't work. what would happen if I wired them parralell. RE: RE: The Zapper. How to wire? by Vilkku on 03-17-2007 at 11:03 PM
quote:Then I don't think there would be a difference on if you have one or many wired. But at least there would be some current passing in the whole thing in that case, unlike the first model. RE: The Zapper. How to wire? by Baggins on 03-17-2007 at 11:21 PM Would it work to just use a transformer after the capacitors? RE: The Zapper. How to wire? by MeEtc on 03-17-2007 at 11:22 PM
no..... RE: The Zapper. How to wire? by Adeptus on 03-18-2007 at 03:10 AM
quote:Connecting capacitors in series decreases the capacitance (so there is hardly ever a valid reason to do that). The total voltage applied to the circuit is divided between the capacitor charges. Connecting capacitors in parallel combines capacitance and leaves each capacitor charged to the total applied voltage. Neither case leads to a voltage increase. The charge pump works by employing some type of switching circuit to charge one capacitor per clock cycle, with the full input voltage -- then combine them in series to produce increased output voltage. Charge pumps are fairly complicated compared to the simplistic series circuit in question. If the input is AC and desired output DC, it is relatively easy to design a voltage multiplier circuit using only capacitors and diodes. |