Hi Rich, hello
- tried it out but the capacitor (4 uF) doesn't charge (it's a film capacitor so virtually no losses). My guess is that the diode voltage drop is higher than the voltage generated by the coils. Anyways, the evening is approaching here in Denmark so I'll pause for now and consider my (with yours and other's help) findings before deciding what to do.
BTW to me it's ok to link and the link also worked, thank you!
Regarding the core I tried it earlier today and when the magnets pass by the coil and the magnets are heavily attracted to eachother. I don't reckon it will work on a bike's spokes. They are not too stiff so my guess is that they will be unstable when passing the coils.
Best for your evening - and thanks for your help ;-)
Jesper
- tried it out but the capacitor (4 uF) doesn't charge (it's a film capacitor so virtually no losses). My guess is that the diode voltage drop is higher than the voltage generated by the coils. Anyways, the evening is approaching here in Denmark so I'll pause for now and consider my (with yours and other's help) findings before deciding what to do.
BTW to me it's ok to link and the link also worked, thank you!
Regarding the core I tried it earlier today and when the magnets pass by the coil and the magnets are heavily attracted to eachother. I don't reckon it will work on a bike's spokes. They are not too stiff so my guess is that they will be unstable when passing the coils.
Best for your evening - and thanks for your help ;-)
Jesper