Your right Steve, though I still don't think The MadScientist knows what he's asking. I have to wonder why someone needs to measure the tiny capacitance of an inductor. There are very good coil winding estimates and graphic solutions to inductive capacitance available in old hardcopy form. If someone is into building tank circuits where the length of 1/4" of wire or bend can have major circuit operation effects, the circuit physical construction is by far more the significant affect.
Me too, I knew enough to fear and avoid HF design for a very looong time but then these hidden pin grid array high speed processors forced me back into the fray. Now the final insult, one is obliged to use X-ray to confirm proper solder joints !
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My personal doubt is that a "C" meter can handle the load of the L - an RLC meter works on different principles.
Steve
I have to wonder why someone needs to measure the tiny capacitance of an inductor.
There are very good coil winding estimates and graphic solutions to inductive capacitance available in old hardcopy form.
If someone is into building tank circuits where the length of 1/4" of wire or bend can have major circuit operation effects, the circuit physical construction is by far more the significant affect.
A
I knew enough to fear and avoid HF design for a very looong time but then these hidden pin grid array high speed processors forced me back into the fray.
Now the final insult, one is obliged to use X-ray to confirm proper solder joints !
"You're a better man than I am Gunga Din."
I'
Try before you buy.