Thanks for all your answers!!!!
Klaus: I tried to find a link on the Internet for that book, but it seems that I need to buy it. I don’t think that binary counters would work, because the frequency will be divided by, 2, 4, 8, 16, etc… Am I wrong? That’s what I remember about binary counters. I need something that will permits me to divide the frequency by a “X” number, which I don’t know yet, but I have an approximate guess. Like I said it might be 7.2, 8.1, 9.4, or anything else.
Qema: I just want to change the frequency of the Input signal. Keep in mind that the frequency is continuously changing, since the pulses are proportional to the speed of the bike. What I want is a circuit that will divide the input frequency by a specific number at all time. After the correct ratio found, it will stay the same forever!!!
Ron: It sounds like that you know what I’m talking about! You are right the boost controller is dividing the RPM of the bike with the Speed. Whit the result, it can give the right amount of boost required. This is the boost controller that I’m working with:
**broken link removed**
This boost controller is to be used with a car and not a bike. The boost controller has a few ratios that can be chosen, but none of them give me an acceptable reading. It seems that the encoder of a car does not gives the same amount of pulses as the one mounted on a bike. So, the presets that can be selected in the boost controller (Japanese car, Nissan, Y32 Cima, etc…) are not good for me. That’s why a need to tweak the frequency that goes in the boost controller. I need to be able to adjust the ratio just for the initial tuning and after that I will not have to touch it anymore. The boost controller can display the speed of the bike. Right now the display on the bike does not match the display of the boost controller. With the circuit, I will be able to adjust the frequency and match both displays.
Any more solutions for me? Thanks!!!
MeAndYou