i would like to add my 3 generator coils(incl.R60rods) from the 3PM-Kit to my big bicycle vanilla SSG to extend primary
i got/have the accessorie kit for 3PM-Kit..
including a capacitor, mjl transistor, reed swetch, bridge rectifier..
a sketch was in the package too..
if i use 3 gen-coils... should i:
- add each indivual, with own cap/transistor/reed swtich/bridge-rectifier
- add coils in serie to one set of cap/transistor/reed swtich/bridge-rectifier
- add coils in parallel to one set of cap/transistor/reed swtich/bridge-rectifier
what is the best?
to charge the primary, i would have to track the cummulated energy/voltage in the capacitor..
when it is high enough, 14, 15, 16, 18 Volts?
i have to disconnect the trigger/motor function.. and open the path from capacitor to the primary...
after that event, cap should disconnect from primary, and trigger/motor should be connected again...
i would to that stuff, logic, with my arduino hardware/experience...
i am more a programmer than an electronics-people
if anyone has a sketch with detailed parts, without need of arduino...
the timing wheel is a good versions of pure mechanical switching..
but it could be that i would have to use several timing wheels in serie.. to get enough time for capacitor-accumulation..,
i would need space for timing wheels...
any hints, before i swing solder iron?
i got/have the accessorie kit for 3PM-Kit..
including a capacitor, mjl transistor, reed swetch, bridge rectifier..
a sketch was in the package too..
if i use 3 gen-coils... should i:
- add each indivual, with own cap/transistor/reed swtich/bridge-rectifier
- add coils in serie to one set of cap/transistor/reed swtich/bridge-rectifier
- add coils in parallel to one set of cap/transistor/reed swtich/bridge-rectifier
what is the best?
to charge the primary, i would have to track the cummulated energy/voltage in the capacitor..
when it is high enough, 14, 15, 16, 18 Volts?
i have to disconnect the trigger/motor function.. and open the path from capacitor to the primary...
after that event, cap should disconnect from primary, and trigger/motor should be connected again...
i would to that stuff, logic, with my arduino hardware/experience...
i am more a programmer than an electronics-people
if anyone has a sketch with detailed parts, without need of arduino...
the timing wheel is a good versions of pure mechanical switching..
but it could be that i would have to use several timing wheels in serie.. to get enough time for capacitor-accumulation..,
i would need space for timing wheels...
any hints, before i swing solder iron?
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