I assume this is the turn signal relay that has gone out or spazzed out or something. I checked the owner's manual but can find where the turn signal relay is...anyone know? The right one is fine, and the hazards are fine.
kk, I will check for that.scrammer said:check to make sure all your bulbs are working while your hazards are on. i bet there is 1 bulb that is blown. cuz of this bulb being blow, all the voltage is being routed to a single bulb, causing it to twice the work, hence flashing quickly.
hope this helps[thumb]
Thanks Bill Nye[svt_gEEk said:Quick and dirty explanation of what is going on. When a bulb burns out on a turn signal the overal circuit load drops causing the blinker to blink faster. The blinker system works on a Resistance/Capacitance or RC circuit. T=RC where T = period(time required to blink the light on and off), R = resistance, and C = capacitance....so if you take 1 of the two bulbs out the resistance becomes half of what it originally was so T=(1/2)RC. This means T is equal to half of what it once was meaning the time require to blink the light on and off is cut in half thus making the blinker blink faster. I believe that is right. If someone else knows otherwise let me know so I don't go on thinking the wrong thing...but I do believe that is right. I know the T=RC part is right and I'm pretty sure the blinker system is an RC circuit.
I believe that modern cars including Foci use the discrete model instead of the analog one that you just described. Why did I come to this conclusion? When I was rewiring the rear tail lights, I made my b/u lights act as the blinkers instead of the stop lights. The stop light bulb (3157) filament is rated 27W, and the back-up (921) is only 18W. The frequency did not change a bit. Later, when I was trying to use a 13W bulb (912) as a blinker, the frequency of flashing became much greater. By using an analog model, I could not explain why the frequency does not change at all when the power consumption decreases from 27W to 18W, yet it starts blinking way too fast when the power decreases further to 13W [confused]svt_gEEk said:The blinker system works on a Resistance/Capacitance or RC circuit. T=RC where T = period(time required to blink the light on and off), R = resistance, and C = capacitance....so if you take 1 of the two bulbs out the resistance becomes half of what it originally was so T=(1/2)RC. This means T is equal to half of what it once was meaning the time require to blink the light on and off is cut in half thus making the blinker blink faster.