Ad Widget
Collapse
Announcement
Collapse
No announcement yet.
Got something cooking :)
Collapse
X
-
Cool idea!
Hmmm... DC resistance measurement is easy. So is the resonant frequency and 3dB bandwidth provided you know the driving level of a sine wave stimulus. From that info you can calculate the L and C.
I think you can do it with a square wave source too but there will probably be some compensation required for the effect of all the harmonics - I need to think about that.Experience is something you get, just after you really needed it.
Comment
-
-
Originally posted by LtKojak View PostYou need to incorporate the capability of measuring TEMPERATURE. Then it'll be really useful as a tool for both p'up makers and aficionados as well.
It's looking good now, need a good switching regulator design, and the reed relays.. It will be all self contained with a couple of clips for the pickup wire, and a gauss probe..
Comment
-
Originally posted by LtKojak View PostYou need to incorporate the capability of measuring TEMPERATURE. Then it'll be really useful as a tool for both p'up makers and aficionados as well.
Programming is done
Still a ways to go but got stuff working nicely now..
Comment
-
I'm assuming you are using the on board 10bit-ADC in the arduino. If you want better resolution, the ADS1115 16-Bit ADC is pretty cheap. It's 4-channel with programmable gain (I think). Maybe a little overkill and quick search will probably yield some other options, but it's just a thought.
great project idea though! nice workIf I have a 50% chance of guessing the right answer, I guess wrong 80% of the time.
Comment
-
looks good!
Am reminded of one of my favorite quotes:
Je n'ai fait celle-ci plus longue que parce que je n'ai pas eu le loisir de la faire plus courte.
I would have written a shorter letter, but I did not have the time.
Blaise Pascal
By this I mean don't try to make it do everything conciseness is a difficult but desirable goal IMHO.
Comment
Comment