Anritsu MS9740A - Page 96

Chapter 3 Message Details
3-50
When executing the Optical AMP (WDM) application
No.
Parameter type
Description
1
<numeric>
PeakCount: Number of peaks
2
<numeric>
Gain Slope: The gain slope (dB/nm)
3
<numeric>
Gain Vari: Difference between the
maximum and the minimum gain values in
the entire signal spectrum (dB)
4
<numeric>
Wl: 1st peak wavelength (m)
5
<numeric>
Pin: 1st optical level input (dBm)
6
<numeric>
Pout: 1st optical level output (dBm)
7
<numeric>
ASE: 1st amplified spontaneous emission
level (dBm)
8
<numeric>
Res: 1st actual resolution (m)
9
<numeric>
Gain: 1st gain (dB)
10
<numeric>
NF: 1st Noise Figure (dB)
:
7n–3
<numeric>
Wl: n th peak wavelength (m)
7n–2
<numeric>
Pin: n th optical level input (dBm)
7n–1
<numeric>
Pout: n th optical level output (dBm)
7n
<numeric>
ASE: n th amplified spontaneous emission
level (dBm)
7n+1
<numeric>
Res: n th actual resolution (m)
7n+2
<numeric>
Gain: n th gain (dB)
7n+3
<numeric>
NF: n th Noise Figure (dB)
When executing the DFB-LD application
No.
Parameter type
Description
1
<numeric>
SMSR: Side mode suppression ratio (dB)
2
<numeric>
kσ: Spectrum width used by RMS method
(m)
3
<numeric>
Peak: Peak wavelength (m)
4
<numeric>
Peak: Peak level (dBm)
5
<numeric>
2nd Peak: Side mode wavelength (m)
6
<numeric>
2nd Peak: Side mode level (dBm)
7
<numeric>
Mode Offset: differences between side
mode wavelength and peak wavelength
(m)
8
<numeric>
Stop Band: Wavelength difference of both
side modes of peak wavelength (m)
9
<numeric>
Center Offset: Difference of means of peak
wavelength and both side modes
wavelength (m)
10
<numeric>
σ: Standard deviation (m)