Hi Everyone, this is my first post and I am a bit of Noob.
I am looking to design a Pulse Signal Reducer or a pulse to current converter. The input signal is a 12v Hall Effect off an HEI Car Distributor. The Distributer pulses 3x per revolution so at 700 RPMs we are looking at 2100 pulses per minute. I would like to reduce that by a factor of 100. I thought that I might be able to uses a CMOS Decade Counter (CD4017) but I am not sure that can handle the pulse signal I am sending.
Project Scope:
I am attempting to build a flashing LED light system for my vehicle that flashes at a rate consistent with the RPMS (as the RPMs increase, so does the rate of the flash.) My thought was that if I can reduce the pulse to a reasonable rate I could simply wire the LEDs directly to the reducer.
Would this work or is there a more elegant design?
Thanks for your help.
I am looking to design a Pulse Signal Reducer or a pulse to current converter. The input signal is a 12v Hall Effect off an HEI Car Distributor. The Distributer pulses 3x per revolution so at 700 RPMs we are looking at 2100 pulses per minute. I would like to reduce that by a factor of 100. I thought that I might be able to uses a CMOS Decade Counter (CD4017) but I am not sure that can handle the pulse signal I am sending.
Project Scope:
I am attempting to build a flashing LED light system for my vehicle that flashes at a rate consistent with the RPMS (as the RPMs increase, so does the rate of the flash.) My thought was that if I can reduce the pulse to a reasonable rate I could simply wire the LEDs directly to the reducer.
Would this work or is there a more elegant design?
Thanks for your help.