Someone say thier flasher doesnt work with LED's? This can simply be solved by replaceing thier original flasher with a solid state application. I can do you one better by replacing/modifying the solid state app with a little electronics. A 555 will make the pulse better than any flasher I know of and it would be one of the simplest projects ever. It would even fit into an original flasher case.
Also, about the taillights I can see with the LED's that more doesnt always mean brighter. Many commercial applications of LED's actually use multiplexing to limit pin use and decrease power. This theory could be directly applyed to the taillights also using a 555. This would make the LED's flash at a frequency that must be greater than 30 hertz (anything lower than that and the eye can tell it is flashing on and off). Even though at 30 hertz, the lights are turning on and off repetedly, it is so fast that our eyes average the on/off time togather and we see a constantly on LED. We can increase the duty cycle of the 555 to create more time on than off, 75/25 and this would make our eyes average it togather again and our eyes would see a brighter LED.
Adjustments can be made that this 555 will be powered on with the same 12v wire that goes to the original bulb. When the brake is engaged, we could do 1 of 2 things. We could either change the resistance of one of the resistors to change the frequency to a higher one or we could flip a relay that would allow the LED's to be on all the time which theoretically would make them 2x as bright as when they are flashing 50% on, 50% off.
Also, about the taillights I can see with the LED's that more doesnt always mean brighter. Many commercial applications of LED's actually use multiplexing to limit pin use and decrease power. This theory could be directly applyed to the taillights also using a 555. This would make the LED's flash at a frequency that must be greater than 30 hertz (anything lower than that and the eye can tell it is flashing on and off). Even though at 30 hertz, the lights are turning on and off repetedly, it is so fast that our eyes average the on/off time togather and we see a constantly on LED. We can increase the duty cycle of the 555 to create more time on than off, 75/25 and this would make our eyes average it togather again and our eyes would see a brighter LED.
Adjustments can be made that this 555 will be powered on with the same 12v wire that goes to the original bulb. When the brake is engaged, we could do 1 of 2 things. We could either change the resistance of one of the resistors to change the frequency to a higher one or we could flip a relay that would allow the LED's to be on all the time which theoretically would make them 2x as bright as when they are flashing 50% on, 50% off.
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