TL5000DCJ Datasheet, PDF (2/7 Pages) Bookham, Inc. – LambdaFLEX™ iTLA

Data Sheet
Optical Characteristics
The following parametric limits detailed are for a case temperature range of -5°C to 75°C.
EOL figures will be confirmed after full qualification
TL5000 iTLA Performance
Parameter
Output Power
Power deviation over band
Frequency Range
Wavelength Range
No of Channels
SMSR
Linewidth
RIN (10MHz-1GHz)
(1-10GHz)
OSNR
Polarization extinction ratio
Return Loss
Back Reflection Tolerance
Locked frequency accuracy
Shuttered output power
Linewidth for Brillouin suppression
Brillouin frequency selection
Trace Tone Frequency
Trace Tone Modulation Depth
Tuning Speed
iTLA 'cold-start' initialisation time
Min
+13
191.7
1528.77
89
40
50
20
-8.2
-2.5
250
10
10
Typ
+13.8
0.3
45
1
55
-50
-35
4
Max
+14.5
0.5
196.1
1563.86
5
-110
-145
-40
+2.5
-30
1000
100
500
10
10
60
Unit
dBm
+/-dB
THz
nm
dB
MHz
dB/Hz
dB
dB
dB
dB
GHz
dBm
MHz
kHz
kHz
%
ms
s
Conditions
EOL
C band, 89channels,
50GHz spacing.
C Band
50GHz spacing
Lorentzian
Average RIN
0.1nm optical bandwidth
For RIN <-140dB/Hz
EOL
Note _[1]
Note _[1]
Various scenarios apply, Note _[2]
Note _[3]
Note:
[1] The Bookham iTLA incorporates a single onboard oscillator which is used to provide either SBS suppression or Trace Tone functionality, but cannot provide both functions
simultaneously. However the iTLA MFR1 input can be used to enable an external frequency source to be applied enabling both SBS suppression and Trace Tone functionality.
[2] The Bookham laser is guaranteed to tune within 10ms which is to comply with the OIF "Application A" (SONET/SDH Protection). However, this applies only for tuning
between channels with or without the laser enabled. Enabling the laser from a disabled state will take longer ~180ms as the tuning has to be executed more slowly in order to
maintain frequency accuracy and comply with the power/frequency mask.
[3] Time required from application of Vcc and Vee supplies for the iTLA to reach an operational state . Complies with the OIF MSA module warm up time.
2