Correct me if Im wrong,the electricity that the distributor produce is already DC.Let me be more especific.I want to use diodes so the elctricity do not go back,anothermportant thing is the syncronyzation of the + and - dischage has to be simultaneus for the cell to work.one more thing Im using distributos because they do not consume to much amp,and produce a lot of volts.Thanks for your opinion,I do not undertand it very well,maybe if you put in in paper a show it ,I cant undertanded better.
its rough AC coming out of the coils and into the distributor.not sure where you get big diodes lke that-its anywhere from 10000-40000 volts depending on the ignition coils.
needs 2 ignition coils i think-you could do this with a 555 timer and darlington transisitor...i left u a PM
m3sca1 4 years ago
Correct me if Im wrong,the electricity that the distributor produce is already DC.Let me be more especific.I want to use diodes so the elctricity do not go back,anothermportant thing is the syncronyzation of the + and - dischage has to be simultaneus for the cell to work.one more thing Im using distributos because they do not consume to much amp,and produce a lot of volts.Thanks for your opinion,I do not undertand it very well,maybe if you put in in paper a show it ,I cant undertanded better.
josejir 4 years ago
its rough AC coming out of the coils and into the distributor.not sure where you get big diodes lke that-its anywhere from 10000-40000 volts depending on the ignition coils.
m3sca1 4 years ago
i think more importantly of what to use volts or amp is where r the volts and amps comming from.. i suggest a solar charged battery.
captcaveman4201 4 years ago
Good idea,but the distibutors only draw top 2amp each,so discharging the battery would not be a problem.
josejir 4 years ago
man i hope you get this,it look like a winner,
but remember the only way to learn is tear somes stuff up.
crob227 4 years ago