On 09/01/2017 22:28, Bill Somerville wrote:
> ... for sure the three
> magnitudes going into peakup are much flatter when the error is greater ...
Hi Joe,
Here are some examples, these are DFT magnitudes (s vector) for five
bins around a 1500Hz tone:
0.107814305 0.175234795 9.38052759E-02 17124122.0
8.95743668E-02 8.78201425E-02 4.62990999E-02
7.97733366E-02 0.128112748 0.307582766 17126434.0
0.167245105 1.00381924E-02 1.45341307E-02
5.32349795E-02 7.02278912E-02 0.130553111 17125166.0
0.135780737 6.56466857E-02 0.104219861
and here is the same for a 1600Hz tone:
79235.5156 191998.594 973516.500 15560843.0
432274.188 128688.836 60769.3555
79641.3359 192280.516 972233.375 15562208.0
432276.500 128727.242 60738.6406
79411.3125 192080.391 972825.562 15561087.0
431534.812 128623.734 60596.7227
These numbers are from print *, s(ipk-2:ipk+2) with DF set to the tone
and FTol at 1000Hz.
73
Bill
G4WJS.
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