when talking and lawyers fail and police endanger lives. I don't recommend using them but if I'm going to be tortured until death via starvation i want to leave a legacy.
to be clear this list is mainly presented for geeks that like electronics and ideas you may gather from it are not for the faint of heart or until talking fails.
its also a work in progress. mn slave enabling thief aiding, the police may know this as a wip.
I think in order to resist a highly technological police force of near-absolute power with near 0 accountability one needs to understand tech. so that's mainly what this is. understanding tech enables things like for 10 dollars a car rapidly dis intigrates on proximity to you. or the door has a camera that lets the ups guy drop your package but acts as a claymore when object recognition detects a badge.
like I said elsewhere, id rather not be typing this. someone who claims to own me has gotten me labeled an abuser while stealing to starve me. police refuse to reverse course or even allow recordings admitting they are being used as weapons on record. when I end up homeless that will essentially be police destroyed evidence
but since that's the way she blows... maybe I can leave a legacy even beyond the grave.
Electric Archs and High Voltage On-Command
you may find it effective to control something hotter than the surface of the sun via command from something like a smart phone. you could do thing like start a rocket motor or ignite most flammable things.
if you don't want to build one, electric fly swatters (hand held zappers) generally contain a bjt version of whats presented below.
here's how you make an electric arch on command with even a double-A battery but lets assume 3 to 5v of dc, not much is required:
Where it says R subscript G or actually the circle to the left is the mosfets gate connection. the gate acts to switch the other 2 pins on and off (simple explanation) . a voltage applied to the gate comples the circiut /flips a light switch between the other two. something called a logic level mosfet can be controlled by the voltage and arduino or rasberry pi GPIO pin will output. orientation of the device is important because with just one mosfet they only block the circuit in on direction when off. using two in a "back to back" configuration you can achieve blocking both ways if nessicary. for making a flyback generate an arch on command its not.
on the right side of the two squiggles (fly back transformer) the components are optional. how it works , how a transformer fed dc works is first explained by its not a or dc that makes a transformer work. it a magnetic trick. as voltage rises so does magnetic flux. flux is change in the field. the issue with DC at a constant voltage is it saturates the core basically instantly and there is no change in the field. everything bellow whats labeled fly back above could be replaced with a light switch. aka by breaking the dc circuit repedatively and allowing the mag field to collapse we now have the mag flux required for our transformer to do its thing.
transformers work on a primary number of wraps of wire (turns) to secondary turns principal.
(primary)1:2(secondary) equals 5v in 10v out
(p)2:1(s) 10v in 5v out
or with a flyback lets say 10 turns primary and 1000 secondary all a sudden you have thousands of volts and a nice electric arch if desired. incase you missed it/it wasn't clear its the ratio of turns not the exact count on either side that changes things.
aka 64:32 will halve a input voltage
14:7 will also halve 10v to 5v
there are reasons to use more turns that I wont go into here.
old diagrams and esp automotive may refer to these as condensers. they store or condense charge.