Anritsu MS9740A - Page 90

Chapter 3 Message Details
3-44
When executing the spectrum analysis using ndB-Loss method
No.
Parameter type
Description
1
<numeric>
Center wavelength (m|Hz)
2
<numeric>
Spectrum width (m|Hz)
3
<numeric>
Longitudinal mode count
When executing the spectrum analysis using SMSR
No.
Parameter type
Description
1
<numeric>
Wavelength difference (m|Hz)
2
<numeric>
Level difference (dB)
When executing the Optical Amp application
No.
Parameter type
Description
1
<numeric>
Gain: Gain (dB)
2
<numeric>
NF: Noise figure (dB)
3
<numeric>
Signal Wl: Peak wavelength of amplified
light (m)
4
<numeric>
ASE Lvl/(Res): ASE level of amplified light
(dBm)
5
<numeric>
Res: Actual resolution used for the NF
calculation (m)
When executing the Optical AMP (WDM) application
No.
Parameter type
Description
1
<numeric>
No: Channel number 1
2
<numeric>
Wl: 1st peak wavelength (m)
3
<numeric>
Pin: 1st optical level input (dBm)
4
<numeric>
Pout: 1st optical level output (dBm)
5
<numeric>
ASE: 1st amplified spontaneous emission
level (dBm)
6
<numeric>
Res: 1st actual resolution (m)
7
<numeric>
Gain: 1st gain (dB)
8
<numeric>
NF: 1st noise figure (dB)
:
8n–7
<numeric>
No: Channel number n
8n–6
<numeric>
Wl: n th peak wavelength (m)
8n–5
<numeric>
Pin: n th optical level input (dBm)
8n–4
<numeric>
Pout: n th optical level output (dBm)
8n–3
<numeric>
ASE: n th amplified spontaneous emission
level (dBm)
8n–2
<numeric>
Res: n th actual resolution (m)
8n–1
<numeric>
Gain: n th gain (dB)
8n
<numeric>
NF: n th noise figure (dB)