Svantek SV 104BIS, Руководство пользователя

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SV 104BIS User Manual
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results of the measurement from the second profile if the corresponding LOGGER position was active
(BufferP [2] in Tab. B.1.12); up to five words are written:
<result1> - Lxpeak
1
result, depending on the value of BufferP[2] (cf. Tab. B.1.12)
<result2> - Lxymax
2
result, depending on the value of BufferP[2] (cf. Tab. B.1.12)
<result3> - Lxymin
2
result, depending on the value of BufferP[2] (cf. Tab. B.1.12)
<result4> - Lxyeq
23
result, depending on the value of BufferP[2] (cf. Tab. B.1.12)
<result5> - LAV result, depending on the value of BufferP[2] (cf. Tab. B.1.12)
(4) results of the measurement from the third profile if the corresponding LOGGER position was active
(BufferP [3] in Tab. B.1.12); up to five words are written:
<result1> - Lxpeak
1
result, depending on the value of BufferP[3] (cf. Tab. B.1.12)
<result2> - Lxymax
2
result, depending on the value of BufferP[3] (cf. Tab. B.1.12)
<result3> - Lxymin
2
result, depending on the value of BufferP[3] (cf. Tab. B.1.12)
<result4> - Lxyeq
23
result, depending on the value of BufferP[3] (cf. Tab. B.1.12)
<result5> - LAV result, depending on the value of BufferP[3] (cf. Tab. B.1.12)
1
x - depends of the filter type for Peak result calculation in selected profile: A, C, Z (cf.
Tab. B.1.12)
2
x - depends of the filter type in selected profile: A, C, Z (cf. Tab. B.1.12)
y - depends of the detector type in selected profile: I (imp.), F (fast), S (slow) (cf. Tab. B.1.12)
3
y - only for exponential detector's type (cf. Tab. B.1.6)
(5) results of
1/1 OCTAVE
analysis or
1/3 OCTAVE
analysis if
1/1 OCTAVE
analysis or
1/3 OCTAVE
analysis was selected as the measurement function and the LOGGER was active (SpectrumBuff in
Tab. B.1.6);
the sequence of words is written:
<Octave Leq[1]> <Octave Leq[2]> ... <Octave Leq[NOct+NOctTot]>
where:
Octave Leq[i] - the result of
1/1 OCTAVE
or
1/3 OCTAVE
Leq analysis (*100 dB);
i = 1..NOct+NOctTot
B.2.1.2 Record with the state of the markers
The record with the state of the markers consists of one word:
<0x8nnn>
in which 12 bits nnn denote the state of the markers:
b11 = state of #12 marker
b10 = state of #11 marker
...
b1 = state of #2 marker
b0 = state of #1 marker