flags = 1 - the overload detected, 0 - the overload not detected
Terave[i] - the result of 1/3 OCTAVE analysis (*10 dB); i = 1..NT (1..48 or 1..33)
• results of FFT analysis from the 1
st
channel if FFT analysis was selected as the measurement function
and in the LOGGER (path MENU / INPUT / FFT SETUP / CHANNEL 1: ENABLED[
]; LOGGER:) other
than None value was selected; the sequence of words is written:
<flags> <FFTave[1]> <FFTave [2]> ... <FFTave[NL]>
where:
flags = 1 - the overload detected, 0 - the overload not detected
FFTave[i] - the result of FFT analysis (*10 dB); i = 1..NL (1..481 or 1..961)
• results of FFT analysis from the 2
nd
channel if FFT analysis was selected as the measurement function
and in the LOGGER (path: MENU / INPUT / FFT SETUP / CHANNEL 2: ENABLED[
]; LOGGER:RMS)
other then None value was selected; the sequence of words is written:
<flags> <FFTave[1]> <FFTave [2]> ... <FFTave[NL]>
where:
flags = 1 - the overload detected, 0 - the overload not detected
FFTave[i] - the result of FFT analysis (*10 dB); i = 1..NL (1..481 or 1..961)
• results of FFT analysis from the 3
rd
channel if FFT analysis was selected as the measurement function
and in the LOGGER (path: MENU / INPUT / FFT SETUP / CHANNEL 3: ENABLED[
]; LOGGER:RMS)
other then None value was selected; the sequence of words is written:
<flags> <FFTave[1]> <FFTave [2]> ... <FFTave[NL]>
where:
flags = 1 - the overload detected, 0 - the overload not detected
FFTave[i] - the result of FFT analysis (*10 dB); i = 1..NL (1..481 or 1..961)
• results of FFT analysis from the 4
th
channel if FFT analysis was selected as the measurement function
and in the LOGGER (path: MENU / INPUT / FFT SETUP / CHANNEL 4: ENABLED[
]; LOGGER:RMS)
other then None value was selected; the sequence of words is written:
<flags> <FFTave[1]> <FFTave [2]> ... <FFTave[NL]>
where:
flags = 1 - the overload detected, 0 - the overload not detected
FFTave[i] - the result of FFT analysis (*10 dB); i = 1..NL (1..481 or 1..961)
The value of NT parameter depends on the LOGGER STEP selection (path: MENU / INPUT /
MEASUREMENT SETUP / LOGGER STEP). For the logger steps greater than 10 ms the value
of NT is equal to NTer+NTerTot: the outputs from all 1/3 OCTAVE filters from 0.8 Hz up to 20 kHz and
the TOTAL values are written (45 + 3 = 48). For the logger step equal to 10 ms the value
of NT is equal to 33: the outputs from 1/3 OCTAVE filters from 25 Hz up to 20 kHz and the TOTAL value
are written (30 + 3 = 33).
The value of NL parameter depends on the LINES selection (path: MENU / INPUT / FFT / CHANNEL x
/ LINES).
B.16.2. Record with the state of the markers
The record with the state of the markers consists of one word:
<0x8nnn>