You can do this calculation yourself by dividing 1÷desired frequency (5hz) This will give you period T (0.20) After that, calculate the percentage of period T you want as your duty cycle (Period T= 0.20) * (Duty cycle 10% = 0.01) = On time = 0.020 The substract on time from period T and you get 0.1800
Steeve, in your example (7.83 Hz @ 5% DC) you need an On Time of ,0064, and an Off Time of .1213. However the ZK-PP2K only shows 3 places to the right of the right of the decimal point, so you can't input the complete on or off times. Am I missing something?
Thanks for explaining the difference between gauss and weber in another video. Can mobile devices like what Robert Dennis makes provide the Webber you are talking about?
There are many ways. To mesure it you can use an gauss meter and oscilioscope, to observe it holding a magnet between your finger or watching a compas needel move. To name a few. :).
I'm with colin here down below... Can you do a proper video on how to use this thing? Okay, so you've done the math for us but I haven't a clue how to input that cause it seems like theres 3 different screens or modes. I'm lost completely
@@Steeve. I did email you the other day actually. Which, i've noticed you've just responded to...thank you. But yeah, a video would be good. Showing, directly on screen which part of your calculator refers to which mode, ideally with a couple of frequency examples. If i had an oscilliscope i'm sure i'd figure out the frequency part and modes but I don't have one yet. should change soon though.
