Hi, noob here. I'm not an electronics whiz but am not brain dead either.
In looking the the PCB for the flasher relay rate for the turn signals is driven by an HEF40106BP chip, which from my research appears to be the same as the 75C14 chip.
The circuit is designed to "hyperflash" if one of the bulbs goes out. I''d like to run LED bulbs in my motorcycle but apparently they don't have enough load and cause the lights to hyperflash. I've done some reserach and seen that other people have overcome this by cutting pins or traces to the chip. (Which aren't the same as mine but I'm guessing are similar.)
Was hoping someone here might be willing to help me see if it's possible to modify the circuit so it won't hyeprflash if I run LED bulbs.
Here's some pictures of both side of the PCB. I can provide more info as needed. Thanks.
In looking the the PCB for the flasher relay rate for the turn signals is driven by an HEF40106BP chip, which from my research appears to be the same as the 75C14 chip.
The circuit is designed to "hyperflash" if one of the bulbs goes out. I''d like to run LED bulbs in my motorcycle but apparently they don't have enough load and cause the lights to hyperflash. I've done some reserach and seen that other people have overcome this by cutting pins or traces to the chip. (Which aren't the same as mine but I'm guessing are similar.)
Was hoping someone here might be willing to help me see if it's possible to modify the circuit so it won't hyeprflash if I run LED bulbs.
Here's some pictures of both side of the PCB. I can provide more info as needed. Thanks.