Hi!
I presently began to perform some T/S parameters measurements with the added mass method in LIMP. I just found that "Le" value in the exported CVS file is quite different than what I can read in the result window😕; did anyone remark the same thing?
Thanks
I presently began to perform some T/S parameters measurements with the added mass method in LIMP. I just found that "Le" value in the exported CVS file is quite different than what I can read in the result window😕; did anyone remark the same thing?
Thanks
Happens to me as well. Not sure why though.
You could check the correct value with the RCL sampling tool as I have found it correct with many components from resistors to caps and inductors. 1k would probably be good as most mfgrs spec at that frequency.
You could check the correct value with the RCL sampling tool as I have found it correct with many components from resistors to caps and inductors. 1k would probably be good as most mfgrs spec at that frequency.
Hi David,
Yes it's a bug, in any case confirmed by another french user of LIMP.
BTW, on my W5-876SA Tang-Band woofer I measured 2.06mH with my selfmeter, so approx. near 1Khz.
The T/S calculator in LIMP gave me Le = 4.61mH, same value with or without an added mass.
And I read 2.6mH at 1Khz on the inductive impedance curve with the LIMP RLC tool...
So quite different values...As I read it sometimes, it seems that at least some T/S parameters are difficult to catch!
Cheers,
Hubert
Yes it's a bug, in any case confirmed by another french user of LIMP.
BTW, on my W5-876SA Tang-Band woofer I measured 2.06mH with my selfmeter, so approx. near 1Khz.
The T/S calculator in LIMP gave me Le = 4.61mH, same value with or without an added mass.
And I read 2.6mH at 1Khz on the inductive impedance curve with the LIMP RLC tool...
So quite different values...As I read it sometimes, it seems that at least some T/S parameters are difficult to catch!
Cheers,
Hubert
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