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Switch matrix
Min
1530
60
5
10
15
25
- 35
100
0.5
0.5
3
30
30
4
Typ
-6
320
6
8
Max
1562.5
Unit
nm
dBm
mA
dB
dB
dBm
dBm
dB
dBm
碌s
dBpp
ps
dB
dB
碌A(chǔ)/mW
碌A(chǔ)/mW
Optical and Electrical characteristics
Parameter
Wavelength bandwidth
Input power range
Reference laser current
Noise figure (Note 1)
Noise figure (Note 1)
Output power type 0
Output power type 1
Reverse Isolation
Leakage power (Note 2)
Time resp. to shut down (Note 3)
Polarization sensitivity
Polarization mode dispersion
Optical transparency
Optical return loss (input/output)
Input monitor sensitivity (Note 4)
Output monitor sensitivity (Note 4)
Sym
BW
Pin
Pin=-6 dBm, Pout =10 or 15 dBm I
dr0
NF
Pin = -6 dBm, I
dr0
Pin = +4 dBm, I
dr0
NF
Pout
Pin = -6 dBm, I
dr0
Pin = -6 dBm, I
dr0
Pout
Pin = -6 dBm
Iso
TL
0.98碌m, Idr = 1.15*I
dr0
Tsd
Gp
1550 nm; Pin = -6 dBm, I
dr0
1550 nm; Pin = -6 dBm, I
dr0
PMD
Idr = 0
Idr = 0 to I
dr0
RL
Pin = - 6 dBm
Sin
Pout = 10 or 15 dBm
Sout
Test Conditions
single channel
75
25
Note 1 : NF = 1/G +
蟻/G/h蠀
with
蟻
power density of ASE under the signal (W/Hz), G gain in dB, h = 6.62 10
-34
usi
Note 2 : Maximum residual peak of the pump measured with a spectrum analysed resolution of 2nm
Note 3 : Delay between turning off of the pump (Idr = 0mA) and turning off of the amplifier (Pout < Pin - 3 dB)
Note 4: TAP ration used is 1/99
Absolute maximum ratings
Item
Operating case temperature
Storage temperature
Transportation temperature (72hrs max)
Soldering temperature
Soldering time
Monitor photodiode reverse voltage
Monitor photodiode forward voltage
Pump laser forward current (10ms max)
Pump laser reverse voltage
Input Optical Power
Min
0
- 20
- 40
Max
+ 70
+ 70
+ 85
350
3
10
1
250
2
10
Unit
擄C
擄C
擄C
擄C
s
V
mA
mA
V
dBm
.
0
0
0
1
2
