Hi all, I like to ride motorbikes fast, one unique advantage of a bike is the ability to shift gears without the clutch. Simply 'flick' the throttle closed for a split second to unload the gearbox and engage the next cog, all this is very fast but easy to get wrong and do damage to the bike or cause a crash.
A very simple (but expensive) option is the "quickshifter", basically it senses when the rider selects the next gear (by a micro on the gear shaft) and cuts the throttle for a few thousanths of a second. This means that the rider can hold full throttle and click up through the box very quickly.
I have a micro (taken from the redundant brake light pickup in the brake lever) which I can mount on the gearbox but what sort of IC would be capable of cutting the ignition circuit for a short (and adjustible) period of time. My initial thought was simply to use a capacitor with a rheostat but as it's effectively an AC circuit I would simply be supplying a delayed current to the spark plug (not good).
I only have a highschool understanding of electronics and that was a few years ago now so small words are best![Smile :) :)](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Thanks everyone.
A very simple (but expensive) option is the "quickshifter", basically it senses when the rider selects the next gear (by a micro on the gear shaft) and cuts the throttle for a few thousanths of a second. This means that the rider can hold full throttle and click up through the box very quickly.
I have a micro (taken from the redundant brake light pickup in the brake lever) which I can mount on the gearbox but what sort of IC would be capable of cutting the ignition circuit for a short (and adjustible) period of time. My initial thought was simply to use a capacitor with a rheostat but as it's effectively an AC circuit I would simply be supplying a delayed current to the spark plug (not good).
I only have a highschool understanding of electronics and that was a few years ago now so small words are best
Thanks everyone.