135
SV 200A User Manual
Results of the statistical analysis
Word
number
Name
Comment
0
0x010B
[0B, prof_mask#1]
1
SubblockLength
2 * number of classes in the first p 2
2..3
Histogram[1][1]
the first counter in the first profile
4..5
Histogram[1][2]
the second counter in the first profile
.....
.....
.....
0
0x020B
[0B, prof_mask#2]
1
SubblockLength
2 * number of classes in the second p 2
2..3
Histogram[2][1]
the first counter in the second profile
4..5
Histogram[2][2]
the second counter in the second profile
.....
.....
.....
0
0x040B
[0B, prof_mask#3]
1
SubblockLength
2 * number of classes in the third p 2
2..3
Histogram[3][1]
the first counter in the third profile
4..5
Histogram[3][2]
the second counter in the third profile
.....
.....
.....
1/1 OCTAVE analysis results
Word
number
Name
Comment
0
0xnn0E, 0xnn26,
0xnn27
[block_id, nn=block_length]
0xnn
OE
- averaged spectrum results, 0xnn
26
- min. spectrum
results, 0xnn
27
- max. spectrum results
1
0x0101
[used_profile, profile’s mask]
2
LowestFreq
the lowest
1/1 OCTAVE
frequency (*100 Hz): 3150 (
AUDIO
BAND
)
3
NOct
number of
1/1 OCTAVE
values: 10 (
AUDIO BAND
)
4
NOctTot
number of
TOTAL
values: 3
5÷20
Octave[i]
1/1 octave[i] value (*10 dB); i=1÷NOct+NoctTot (1÷13)
…
…
…
1/3 OCTAVE analysis results
Word
number
Name
Comment
0
0xnn10, 0xnn28,
0xnn29
[block_id, nn=block_length]
0xnn
10
- averaged spectrum results, 0xnn
28
- min. spectrum
results, 0xnn
29
- max. spectrum results
1
0x0101
[used_profile, profile’s mask]
2
LowestFreq
the lowest
1/3 OCTAVE
frequency (*100 Hz): 2000 (
AUDIO
BAND
)
3
NTer
number of
1/3 OCTAVE
values: 31 (
AUDIO BAND
)
4
NTerTot
number of
TOTAL
values: 3
5÷50
Tercje[i]
1/3 octave[i] value (*10 dB); i=1÷NTer+NTerTot (1÷34)
…
…
…
