Hello ericgibbs,
Thanks for the reply, i was thinking that this was a hopeless thread
.
Let me try to explain it better and in case i didn't please ask more, since im new i may give incomplete answers, and i'll learn while you guys ask me.
I believe that squares fit better, im trying to build a small engine that can be divided into 3 to 15 steps.
The burst is 1 pulse to each stage (3 to 15) which create a cycle, starting from 0 cycle to 12k or 15k cycles per min from the first to the last stage with a option to change the speed of the cycles.
For example a 3 stepped (just to check if understood correctly) a squared wave cycle in this case is: one pulse to the 1st step, one pulse to 2nd step, one pulse to the 3rd step, and the variation of the speed will be on how fast those cycles/pulses happen from 0 pulse to 12k to 15k.
I believe that the speed changes exponentially, like the first cycle happens slow in all steps, and as i increase the speed the cycles become faster and faster.
correct me if im wrong.
Let me take for example the 12k cycles.
To reach 12k cycles per min it'll have to provide 200 cycles per second, if i use a 3 step the difference in time will be 66 milliseconds between each step but this difference changes when i slow the speed down in a equivalent way on each step of the cycle.
In case i miss something please ask, and really thanks for your attention
Edit:Cycle is a full sequence for the above mentioned steps and not the wave measurement cycle (in this case)