systems
a
8
e
r
e
Data
Sheet
June
2002
Wavelength-Selected
High-Power
D2587P-Type
(with
Wavelength
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
6116
4~
o'1
Applications
. Telecommunications
:
-
Dense
WDM
-
SONET/SDH
OCA92/STM-64
-
Extended
and
ultralong
reach
-
Undersea
systems
.
Digital
video
Description
Featuring
wavelength
selection
and
locking
capabilities,
the
D2587P
Laser
Module
is
ideally
suited
for
use
with external
lithium
niobate
modulators,
and
in
high-power
(20
mW)
appli-
cations
.
Features
.
High-performance,
multiquantum-well
(MQW),
distributed-feedback
(DFB)
laser
.
D2587P-Type
is
offered
on 50
GHz
ITU
grid
wavelengths
ranging
from
1528
.77
nm-
1610
.06
nm
.
D2547P-Type
is
offered
on
100
GHz
ITU
grid
wavelengths
ranging
from
1528
.77
nm-
1610
.06
nm
.
Polarization-maintaining
fiber
pigtail
. For use
with
lithium
niobate
modulators
. High
optical
power
(20
mW,
CW)
.
Hermetic,
14-pin
package
The
D2587P-Type
DFB
laser
module
is
designed
for
use
with
an
external
lithium
niobate
modulator and
also
in
applications
where
high
power
(20
mW)
is
required
.
The
use
of
an
internal
wavelength
locker
greatly
enhances
long-term
reliability
and
reduces
chirp
and
mode
dispersion
when
used
in
conjunction
with
LN
modulators
at
OC-192
data
rates
.
A
companion
device,
the
D2547P
high-power
DFB
laser
module,
is
also
designed
for
use
with
a
lithium
niobate
external
modulator,
but
without
the
use
of
an
internal
wavelength
locker
.
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Description
(continued)
Controlled
Wavelength
(D2587-Type)
The
single-channel,
wavelength-selected
DFB
(ILM)
pack-
age
contains
internal
wavelength-discriminating
optics,
i
.e
.,
two
etalons
and
two
associated
photodiodes
.
The
output
consists
of
analog
signals
suitable
for
controlling
the
electri-
cal
current
of
the
thermoelectric cooler
(TEC)
and
the
DFB
laser
.
To
maintain
constant
laser
frequency,
the
ratio
of
the
etalon
detector
signal
to that of
the
power
detector,
R
RREF
(the
response
ratio),
must
be
kept constant
.
Agere
provides
the
beginning-of-life
values
for six
parame-
ters
:
laser
drive
current
;
the
single
target
ITU
channel
fre-
quency
;
laser
thermistor
resistance
for
the
single
specified
operating
point
;
the
etalon
(1
or
2),
which
is
qualified
for
use
with
the
module,
R
RREF
;
and
the
sign of
local
etalon
slope
at
ITU
point
.
Controlled
Feedback
The
module
contains
an
internal
optical isolator
that
sup-
presses
optical
feedback
in
laser-based,
fiber-optic
sys-
tems
.
Light
reflected
back
to
the
laser
is
attenuated
a
minimum
of
30
dB
.
Controlled
Temperature
An
integral
TEC
provides
stable
thermal
characteristics
.
The
TEC
allows
for
heating
and
cooling
of
the
laser
chip to
maintain
a temperature
of
25
°C
for
case
temperatures from
-5
°C
to
+70
°C
.
The
laser
temperature
is
monitored by the
internal
thermistor,
which
can
be
used
with external
circuitry
to
control
the
laser
chip
temperature
.
Controlled
Power
A
third
internal,
InGaAs,
unfiltered
PIN
photodiode
functions
as
the
back-facet
power
monitor
.
The
photodiode
monitors
emission from
the
rear
facet
of
the
laser
and,
when
used
in
conjunction
with
control
circuitry,
can
control
optical
power
launched
into
the
fiber
.
Normally,
this
configuration
is
used
in
a
feedback
arrangement
to
maintain consistent
laser
out-
put
power
.
Standard
Package
The
laser
module
is
fabricated
in
a
14-pin,
hermetic, metal/
ceramic
butterfly
package
that
incorporates
a
bias
tee
that
separatesthe
dc-bias
path
from
the
RF
input
.
The
RF
input
has
a
nominal
25
(Z
impedance
.
The
laser
module
is
equipped
with Fujikura
©
polarization-
maintaining
fiber
(PMF)
.
The
fiber
is
PANDA
type
and
is
the
same
fiber
that
is
used
on
the
Agere
Systems
Inc
.
lithium
niobate
modulators
.
It
has a
mode
field
diameter
of
10
.5
lam,
a
cladding
diameter
of
125
lam
t3
lam,
and
a
tight-
buffered
outer
jacket
diameter
of
900
lam
.
Figure
1
shows
the
orientation
of
polarization
in
the
fiber
.
Agere
Systems'
optoelectronic
components
are being
quali-
fied to
rigorous
internal
standards
that
are
consistent
with
Telcordia
Technologies
T"'
TR-NWT-000468
.
All
design
and
manufacturing
operations
are
ISO©
9001
certified
.
The
module
is
being
fully
qualified
for
central
office
applications
.
CORE
STRESS
ROD
PRINCIPLE
POLARIZATION
AXIS
CLADDING
INNER
COATING
(SILICON
&
ACRYLATE)
OUTER
COATING
-n,(c)
.a
Figure
1
.
Polarization-Maintaining
Fiber
Pin
Information
Table
1
.
Pin
Descriptions
Pin
D2587P-Type D2547P-Type
1
Thermistor Thermistor
2
Thermistor Thermistor
3
Laser
do
Bias
(Cathode)
(-)
Laser
do
Bias
(Cathode)
(-)
4
Back-facet Monitor
Anode
(-)
Back-facet
Monitor
Anode
(-)
5
Back-facet Monitor
Cathode
(+)
Back-facet
Monitor
Cathode
(+)
6
TEC
(+)~
TEC
(+)~
7
TEC
(-)~
TEC
(-)~
8
Case
Ground
Case
Ground
9 X
Photodiode
2
Anode
Case
Ground
10
X
Photodiode
1
Anode Case
Ground
11
Laser
Anode
(+)
2
Laser
Anode
(+)
2
12
RF
Laser
Input
Cathode
(-)
RF
Laser
Input
Cathode
(-)
13
Laser
Anode
(+)
2
Laser
Anode
(+)
2
14
I
NC
I
Case
Ground
1
.
A
positive
current
through
the
thermoelectric
heat
pump
cools
the
laser
.
2
.
Both
leads
should
be
grounded
for
optimum
performance
.
AgereSystems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
Functional
Description
1-567
Top
view
.
Figure
2
.
D2547P
Circuit
Schematic
7654
3 2
1
TEC
----
--- --- ---
LEEP
'
RFC
'
PDPOweR
'
PM
FIBER
PIGTAIL
PDWAVE PDWAVE
'
LD
CL
---- ---- ---- ---- ---- ----
8 9
10
11
12 13 14
1-1130(F)
Figure
3
.
D2587P
Circuit
Schematic
LASER
MODULE
DUAL
ETALON
ATOD
CONVERTER
MICROPROCESSO
Agere
Systems
Inc
.
THERMISTOR
E
B
I
~
SUBMOUNT
THERMOELECTRIC
COOLER
ISOLATOR
AND
FIBER
COUPLING
OPTICS
SUGGESTED
EEPROM
ELECTRONICS
MODULE
(CUSTOMER
SUPPLIED)
D
TO
A
VOLTAGE
PROPORTIONAL
TO
WAVELENGTH
R
CONVERTER
VOLTAGE
PROPORTIONAL
TO
OPTICAL
POWER
VOLTAGE
PROPORTIONAL
TO
TEMPERATURE
Figure
4
.
Block
Diagram
1-1129(F)
3
7 6 5
4
3 2
1
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Absolute
Maximum
Ratings
Stresses
in
excess
of
the
absolute
maximum
ratings
can
cause
permanent
damage
to
the device
.
These
are
abso-
lute
stress
ratings
only
.
Functional
operation
of
the device
is
not
implied
at
these
or
any
other
conditions
in
excess
of
those
given
in
the
operations sections
of
the
data
sheet
.
Exposure
to
absolute
maximum
ratings
for
extended
periods
can
adversely
affect
device
reliability
.
Parameter
Symbol
Min
Max
Unit
Laser
do
Reverse
Voltage
VRLMAX
-
2
V
Laser
do
Forward
Current
IFLM,vc
-
225
mA
Operating
Case
Temperature
Range
Tc -5 70
°C
Storage
Case
Temperature
Range
Tstg
-40
852
°C
Photodiode do
Reverse
Voltage
VRPDMAX
-
10
V
Photodiode do Forward
Current
I
IFPDMAX
I
-
I
2
I
mA
1
.
Does
not
apply
to
shipping
container
.
2
.
Maximum
2000
hrs
.
at
extreme
conditions
.
Handling
Precautions
Power
Sequencing
To
avoid
the
possibility
of
damage
to
the
laser
module
from
power
supply
switching
transients,
follow
this
turn-on
sequence
:
1
.
All
ground
connections
2
.
Most
negative
supply
3
.
Most
positive
supply
4
.
All
remaining
connections
Reverse
the
order
for
the
proper
turn-off
sequence
.
Mounting
Instructions
The
minimum
fiber
bend
radius
is 1
.0
in
.
(25
.4
mm)
.
To
avoid
degradation
in
performance,
mount
the
mod-
ule
on
the
board
as
follows
:
Place
the
bottom
flange
of
the
module
on a
flat
heat
sink
at
least
0
.5
in
.
x
1
.180
in
.
(12
.7
mm
x
30
mm)
in
size
.
The
surface
finish
of
the
heat
sink
should
be
better
than
32
gin
.
(0 .8
gm),
and
the
surface
flatness
must
be
better
than
0
.001
in
.
(25
.4
gm)
.
Using
ther-
mal
conductive
grease
is
optional
;
however,
thermal
performance
can
be
improved by up
to
5%
if
conduc-
tive
grease
is
applied
between
the
bottom
flange
and
the
heat
sink
.
Electrostatic
Discharge
CAUTION
:
This
device
is
susceptibleto
damage
as
a
result
of
electrostatic
discharge
.
Take
proper
precautions
during both
han-
dling
and
testing
.
Follow
guidelines
suchas
JEDEC
Publication
No
.
108-A
(Dec
.
1988)
.
Agere
employs
a
human-body
model
(HBM)
for
ESD-
susceptibility
testing
and
protection-design
evaluation
.
ESD
voltage
thresholds
are
dependent
on
the
critical
parameters
used
to
define
the
model
.
A
standard
HBM
(resistance
=
1
.5
kO,
capacitance
=
100
pF)
is
widely
used
and,
therefore,
can be
used
for
comparison
pur-
poses
.
The
HBM
ESD
threshold
presented
here
was
obtained using
these
circuit
parameters
:
Parameter
Value
Unit
Human-body
Model
400
V
2
.
Mount
four
#2-56
screws
with
Fillister
heads
(M2-3
mm)
at
the
four
screw
hole
locations
(see Out-
line
Diagram)
.
The
Fillister
head
diameter
must
not
exceed
0
.140
in
.
(3
.55
mm)
.
Do
not
apply
more
than
1
in
.-Ib
.
of
torque
to
the
screws
.
0
.062
(1
.58)
0
.118
(3
.00)
0
.031
(0
.79)
0
.086
L
_1~6
(2
.1
8)
0
.
I
(3
.56)
-0
.129
(3
.28)
R
41
.04)
Note
:
Dimensions
are
in
inches
and
(millimeters)
.
Figure
5
.
Fillister
Head
Screw
4
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
Characteristics
Minimum
and
maximum
values
are
testing
requirements
.
Typical
values
are device
characteristics
and
are
results
of
engineering
evaluations
;
they
are
for
information
purposes
only
and
are not
part
of
the
testing
requirements
.
All
parameters
are beginning
of
life,
unless
otherwise
specified
.
Table
2
.
D2587-Type
Electrical
Characteristics
(at
25
°C
laser
temperature)
Parameter
Symbol
Test
Conditions
Min Typ
Max
Unit
Threshold
Current
ITH
- -
15
40
mA
Drive
Current
-
LF
= 20
mW
-
-
165
mA
Laser
Forward
Voltage
VLF
LF
= 20
mW
(CW)
-
2
2
.5
V
Monitor
Reverse-bias
Voltage'
VRMON
-
3 5 10
V
Monitor Current
:
Back-facet
Monitor
X
Photodiode
1
X
Photodiode
2
IRMON
IXPD1
IXPD2
Po
=
20
mW
(CW)
6
6
6
-
-
-
200
200
200
NA
NA
NA
Monitor
Dark
Current
ID
IF
=
0,
VRMON
=
5
V
-
0
.01
0
.1
NA
Input
Impedance
ZIN
- -
25
-
0
Etalon
Slope
(±)2
- -
0
.5
-
8
%/GHz
Frequency
Capture
Range
-
Measured
from
fITU
toward
increasing
f
and
decreasing
f
15
-
-
GHz
Thermistor
Current
ITC
-
10
-
100
NA
Resistance
Ratio3
- -
9
.1
9
.6
10
.1
-
Thermistor Resistance
RTH TL
=
25°C
9
.5
-
10
.5
kO
Laser
Submount
Temperature
TSET
-
20
-
35
°C
TEC
Current
ITEC
TL = 25
°C,
Tc
= 70 °C
-
-
1
.7
A
TEC
Voltage
VTEC
TL = 25
°C,
Tc
= 70 °C
-
-
2
.8
V
TEC
Capacity
I
AT
I
Tc
= 70 °C
I
-
I I
50
I
°C
1
.
Standard
operating
condition
is
5
.0
V
reverse
bias
.
2
.
The
(relative)
etalon
slope
is
defined
as
the
local
slope
(in
GHz
-
1) at
the Agere-specified
ITU
operating
point,
divided
by
the
R
RREF
(the
response
ratio)
value
at
the ITU operating
point
for
the
particular
module
under
consideration
.
Note
that
the
value
of
this
(relative)
slope
pro-
vides
information
on
the
precision
required
by
the
customer
to
maintain
control
of
the
R
RREF
ratio to
provide
frequency
locking
.
For
exam-
ple,
1
%/GHz
minimum
would
mean
that
the
R
RREF
ratio
must
be
controlled
to
<
±2
.5%
of
its
BOL
Agere-specified
value
in
order
to
provide
±2
.5
GHz
frequency
stability
for
the
module
.
The
local
etalon
slope
may
be
either
positive
or
negative
.
3
.
Ratio
of
thermistor
resistance
at 0
°C
to
thermistor resistance
at
50 °C
.
Agere
Systems
Inc
.
5
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Characteristics
(continued)
Minimum
and
maximum
values
are
testing
requirements
.
Typical
values
are
device
characteristics
and
are
results
of
engineering
evaluations
;
they
are
for
information
purposes
only
and
are not
part
of
the
testing
requirements
.
All
parameters
are
beginning
of
life,
unless
otherwise
specified
.
Table 3
.
D2587-Type
Optical Characteristics
(at
25°C
laser
temperature)
Parameter
Symbol
Test
Conditions
Min Typ
Max
Unit
Peak
Optical
Output
Power
PP
-
20
.0
- -
mW
CenterWavelength' Xc
TL=TSET
1528
.77
-
1610
.06
nm
(See
Ordering
Information,
Xc =
XITU
± 0
.1
nm
page
10
.)
Line
Width
(3
dB
full
width)
Af
CW,
PF = 20
.0
mW
-
2 10
MHz
Side-mode
Suppression
Ratio
SMSR
CW
35
45
-
dB
Relative
Intensity
Noise
RIN
CW,
PF =
20
mW
- -
-135
dB/Hz
200
MHz
<f<10GHz
Optical
Isolation
-
Tc
=
-5°C
to
+70
°C 30
- -
dB
Optical Polarization
Extinction
-
-5
°C
to
+70
°C
20
- -
dB
Ratio2
FM
Efficiency
FM
fMOD
=
30
kHz,
-
100
-
MHz/mA
PF =
20
mW
Frequency
Drift
(EOL)3
Ofc
Tested
over
- -
±2
.5
GHz
25-year
lifetime
Laser Chip
Case
Temperature
- - -
<1
-
pm/°C
Coefficient
Laser Chip
Bias
Current
- - -
<6
-
pm/mA
Coefficient
Wavelength
Lockervs
.
Case
- - -
< ±0
.030
-
GHz/°C
Temperature
Coefficient
(mean
±
3a)
Wavelength
Lockervs
.
Laser
- - -
<
±0
.10
-
GHz/mA
Current
Coefficient
(mean
±
3a)
1
.
Custom
wavelengths
available
.
2
.
The
ST
ferrule
key
is
not
aligned
to
slow
axis
of
fiber
.
Connector
is
intended
for
testing
purposes
only
.
3
.
EOL
(end
of
life)
for a
particular
module
is
defined
as
the
point
in
time
when
the
laser drive
current
required
to
maintain
the
Agere-specified,
single
specific
fiber
power
level
has
increased
over
time
by
25%
from
its
BOL
value
.
6
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
Characteristics
(continued)
Minimum
and
maximum
values
are
testing
requirements
.
Typical
values
are device
characteristics
and
are
results
of
engineering
evaluations
;
they
are
for
information
purposes
only
and
are not
part
of
the
testing
requirements
.
All
parameters
are beginning
of
life,
unless
otherwise
specified
.
Table
4
.
D2547P-Type
Electrical
Characteristics
(at
25
°C
laser
temperature)
Parameter
Symbol
Test
Conditions
Min Typ
Max
Unit
Threshold
Current
ITH
- -
15
40
mA
Drive
Current
-
LF
= 20
mW
-
-
165
mA
Laser
Forward
Voltage
VLF
LF
= 20
mW
(CW)
-
2
2
.5
V
Monitor
Reverse-bias
Voltage*
VRMON
-
3 5 10
V
Back-facet Monitor Current
:
IRMON
Po
=
20
mW
(CW)
0
.2
-
-
mA
Monitor
Dark
Current
ID
IF
=
0,
VRMON
=
5
V
-
0
.01
0
.1
NA
Input
Impedance
ZIN
- -
25
-
0
Thermistor
Current
ITC
-
10
-
100
NA
Resistance
Ratiot
- -
9
.1
9
.6
10
.1
-
Thermistor Resistance
RTH TL
=
25°C
9
.5
-
10
.5
kO
Laser
Submount
Temperature
TLASER
-
20
-
35
°C
TEC
Current
ITEC
TL = 25
°C,
Tc
= 70 °C
-
-
1
.2
A
TEC
Voltage
VTEC
TL = 25
°C,
Tc
= 70 °C
-
-
2
.5
V
TEC
Capacity
I
AT
I
Tc
= 70 °C
I
-
I
-
I
50
I
°C
"
Standard
operating
condition
is
5
.0
V
reverse
bias
.
t
Ratio
of thermistor resistance
at
0 °C
to
thermistor resistance
at
50 °C
.
Table
5
.
D2547P-Type
Optical Characteristics
(at
25
°C
laser
temperature)
Parameter
Symbol
Test
Conditions
Min
Typ
Max
Unit
Peak
Optical
Output
Power
PP
-
20
.0
- -
mW
Center
Wavelength*
(See
Ordering
Information,
page
13
.)
Xc TL
=
TSET
XC
=
XITU
±0
.1
nm
1528
.77
-
1610
.06
nm
Line
Width
(3
dB
full
width)
AX
CW,
PF =
20
.0
mW
-
2
10
MHz
Side-mode
Suppression
Ratio
SMSR
CW
35
45
-
dB
Relative
Intensity
Noise RIN
CW,
PF
=
20
mW
200
MHz
<
f
<10
GHz
- -
-135
dB/Hz
Optical
Isolation
-
Tc
= 0 °C
to
70
°C
30
- -
dB
Optical Polarization
Extinction
Ratiot
-
0 °C
to
70 °C 20
- -
dB
FM
Efficiency
FM
fMOD
= 30
kHz,
PF =
20
mW
-
100
-
MHz/mA
Wavelength
Drift
(EOL)
OXc
Tested
over
25-year
lifetime
- -
±0
.1
nm
"
Custom
wavelengths
available
.
t
The
ST
ferrule
key
is
not
aligned
to
slow
axis of
fiber
.
Connector
is
intended
for
testing
purposes
only
.
Agere
Systems
Inc
.
7
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Characteristics
(continued)
Table 6
.
D2587P/D2547P
Fiber
Pigtail
and
Optical
Connector
Characteristics
Parameter
Symbol
Description
Min
Typ
Max
Unit
Pigtail
Length
L
Fujikura
PANDA
or equivalent
polarization-maintaining
fiber
1
.0
- -
m
Connector
Style
I
-
I
ST
plug
(FC/PC
optional)
I
-
I
-
I
-
I
-
Outline
Diagram
Dimensions
are
in
inches
and
(millimeters)
.
Tolerances
are
±0
.005
in
.
(±0
.127
mm)
.
1
.025
(26
.04)
0
.500 (12
.70)
il
0
.020(0
.51)
TYP
MIN
aaaaa
0
.500
(12
.70)
50
.605
.37)
0.350 -
-
-
-
-
(8 .89)
MAX
51
y
51
W
51
0
.105
(2
.67)
DIA
TYP
(4)
PLACES
0
.100
(2 .54)
TYP
-
0
.180
(4
.56)
-
PIN
1
TRADEMARK,
CODE,
LASER
SERIAL
NUMBER,
AND
DATE
CODE
IN
APPROX
.
AREA
SHOWN
STRAIN
RELIEF
0
.10
:0
.002
(2.54
t0
.051)
0
(60316
.9
:00,
0
.078
(1
.98)
PIN
14
0.213
(5
.40)
TYP
59
.06
(1500
.00)
A
MIN
2
.03 (51
.6)
0
.820
(20
.83)
0
.863
(21 .91)
0
.700 (17
.78)
0
.575 (14
.61)
0
.260
(6
.60)
0
.10
(2
.5)
0
.056
(1
.42)
I
0
.365
----
---
(9
.27)
I
-
MAX
T
,.,80 (29
.97)
0
.215 (5
.45)
L
0
.030
(0 .75)
0
.215
~
(5
.47)
HE,qT
SINK
REF
-
-
-
-
-
-
-
-
-
-
-
-
0
.200
(5
.08)
-
I
-
--------
---
1-520
.h
I I
I I
`
--------
-
8
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
High-Power
Product
Class
Illb
Laser
Product
FDA/CDRH
Class
Illb
laser
product
.
All
versions
are
Class
Illb
laser
products
per
CDRH,
21
CFR
1040
Laser
Safety
requirements
.
The
device
has
been
classified
with
the
FDA
under
accession
number
8720010
.
This
product
complies
with
21
CFR
1040
.10
and
1040
.11
.
8
gm/125
gm
± 3
gm
single-mode
fiber
with
900
gm
tight-buffered
outer
jacket
and
connector
Wavelength
=
1
.5
gm
Maximum
power
=
40
mW
Because
of
size
constraints,
laser
safety
labeling
(including
an
FDA
Class
Illb
label)
is
not
affixed to
the
module
but
attached
to
the
outside
of
the
shipping
carton
.
Product
is
not
shipped
with
power
supply
.
Caution
:
Use
of
controls,
adjustments,
and
procedures
other than
those
specified
herein
may
result
in
hazardous
laser
radiation
exposure
.
A
_40
MT,
*\
INVISIBLE
LASER
RADIATION
IS
EMITTED
FROM
THEEND
OF
FIBER
OR
CONNECTOR
Avoid
direct
exposure
to
beam
Do
not
view
beam
directly
with
optical
instruments
INVISIBLE
LASER
RADIATION
EMITTED
FROM
END
OF
FIBER
OR
CONNECTOR
J
Avoid
exposure
to
beam
Class
Illb
Laser
Product
FDA/CDRH,
21
CFR
1040
Max
.
Output
:
40
mW
Wavelength
:
1 .5
gm
Agere
Systems
Inc
.
9
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Ordering
Information
Table 7
.
D2587P
20
mW
CW
Laser
with
Locker
(C-
and
L-Band) Ordering
Information
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
D2587P61
196
.1
1528
.77
108835422
D2587P41
194
.1
1544
.53
108835620
D2587P605
196
.05
1529
.16
108875220
D2587P405
194
.05
1544
.92
108875444
D2587P60
196
.0
1529
.55
108835430
D2587P40
194
.0
1545
.32
108835638
D2587P595
195
.95
1529
.94
108875238
D2587P395
193
.95
1545
.72
108875451
D2587P59
195
.9
1530
.33
108835448
D2587P39
193
.9
1546
.12
108835646
D2587P585
195
.85
1530
.72
108875246
D2587P385
193
.85
1546
.52
108875469
D2587P58
195
.8
1531
.12
108835455
D2587P38
193
.8
1546
.92
108835653
D2587P575
195
.75
1531
.51
108875253
D2587P375
193
.75
1547
.32
108875477
D2587P57
195
.7
1531
.90
108835463
D2587P37
193
.7
1547
.72
108835661
D2587P565
195
.65
1532
.29
108875261
D2587P365
193
.65
1548
.11
108875485
D2587P56
195
.6
1532
.68
108835471
D2587P36
193
.6
1548
.51
108835679
D2587P555
195
.55
1533
.07
108875279
D2587P355
193
.55
1548
.91
108875493
D2587P55
195
.5
1533
.47
108835489
D2587P35
193
.5
1549
.32
108835687
D2587P545
195
.45
1533
.86
108875287
D2587P345
193
.45
1549
.72
108875501
D2587P54
195
.4
1534
.25
108835497
D2587P34
193
.4
1550
.12
108835695
D2587P535
195
.35
1534
.64
108875303
D2587P335
193
.35
1550
.52
108875519
D2587P53
195
.3
1535
.04
108835505
D2587P33
193
.3
1550
.92
108835703
D2587P525
195
.25
1535
.43
108875311
D2587P325
193
.25
1551
.58
108875527
D2587P52
195
.2
1535
.82
108835513
D2587P32
193
.2
1551
.72
108835711
D2587P515
195
.15
1536
.22
108875329
D2587P315
193
.15
1552
.12
108875535
D2587P51
195
.1
1536
.61
108835521
D2587P31
193
.1
1552
.52
108835729
D2587P505
195
.05
1537
.00
108875345
D2587P305
193
.05
1552
.93
108875543
D2587P50
195
.0
1537
.40
108835539
D2587P30
193
.0
1553
.33
108835737
D2587P495
194
.95
1537
.79
108875352
D2587P295
192
.95
1553
.73
108875550
D2587P49
194
.9
1538
.19
108835547
D2587P29
192
.9
1554
.13
108835745
D2587P485
194
.85
1538
.58
108875360
D2587P285
192
.85
1554
.54
108875568
D2587P48
194
.8
1538
.98
108835554
D2587P28
192
.8
1554
.94
108835752
D2587P475
194
.75
1539
.37
108875378
D2587P275
192
.75
1555
.34
108875576
D2587P47
194
.7
1539
.77
108835562
D2587P27
192
.7
1555
.75
108835760
D2587P465
194
.65
1540
.16
108875386
D2587P265
192
.65
1556
.15
108875584
D2587P46
194
.6
1540
.56
108835570
D2587P26
192
.6
1556
.55
108835778
D2587P455
194
.55
1540
.95
108875394
D2587P255
192
.55
1556
.96
108875592
D2587P45
194
.5
1541
.35
108835588
D2587P25
192
.5
1557
.36
108835786
D2587P445
194
.45
1541
.75
108875402
D2587P245
192
.45
1557
.77
108875600
D2587P44
194
.4
1542
.14
108835596
D2587P24
192
.4
1558
.17
108835794
D2587P435
194
.35
1542
.54
108875410
D2587P235
192
.35
1558
.58
108875618
D2587P43
194
.3
1542
.94
108835604
D2587P23
192
.3
1558
.98
108835802
D2587P425
194
.25
1543
.33
108875428
D2587P225
192
.25
1559
.39
108875626
D2587P42
194
.2
1543
.73
108835612
D2587P22
192
.2
1559
.79
108835810
D2587P415
194
.15
1544
.13
108875436
D2587P215
192
.15
1560
.20
108875634
10
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
Ordering
Information
(continued)
Table
7
.
D2587P
20
mW
CW
Laser
with
Locker
(C-
and
L-Band) Ordering
Information
(continued)
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
D2587P21
192
.1
1560
.61
108835828
D2587P900
190
.0
1577
.86
108836990
D2587P205
192
.05
1561
.01
108875642
D2587P8995
189
.95
1578
.27
108876079
D2587P20
192
.0
1561
.42
108835836
D2587P899
189
.9
1578
.69
108836982
D2587P195
191
.95
1561
.83
108875659
D2587P8985
189
.85
1579
.10
108876061
D2587P19
191
.9
1562
.23
108835844
D2587P898
189
.8
1579
.52
108836974
D2587P185
191
.85
1562
.64
108875667
D2587P8975
189
.75
1579
.93
108876046
D2587P18
191
.8
1563
.05
108835851
D2587P897
189
.7
1580
.35
108836511
D2587P175
191
.75
1563
.45
108875675
D2587P8965
189
.65
1580
.77
108876038
D2587P17
191
.7
1563
.86
108835869
D2587P896
189
.6
1581
.18
108836503
D2587P9165
191
.65
1564
.27
109976244
D2587P8955
189
.55
1581
.60
108876020
D2587P916
191
.6
1564
.68
108838418
D2587P895
189
.5
1582
.02
108836495
D2587P9155
191
.55
1565
.09
108876236
D2587P8945
189
.45
1582
.44
108876012
D2587P915
191
.5
1565
.50
108838400
D2587P894
189
.4
1582
.85
108836487
D2587P9145
191
.45
1565
.90
108876228
D2587P8935
189
.35
1583
.27
108876004
D2587P914
191
.4
1566
.31
108837139
D2587P893
189
.3
1583
.69
108836479
D2587P9135
191
.35
1566
.72
108876210
D2587P8925
189
.25
1584
.11
108875980
D2587P913
191
.3
1567
.13
108837121
D2587P892
189
.2
1584
.53
108836461
D2587P9125
191
.25
1567
.54
108876202
D2587P8915
189
.15
1584
.95
108875972
D2587P912
191
.2
1567
.95
108837113
D2587P891
189
.1
1585
.36
108836453
D2587P9115
191
.15
1568
.36
108876194
D2587P8905
189
.05
1585
.78
108875964
D2587P911
191
.1
1568
.77
108837105
D2587P890
189
.0
1586
.20
108836446
D2587P9105
191
.05
1569
.18
108876186
D2587P8895
188
.95
1586
.62
108875956
D2587P910
191
.0
1569
.59
108837097
D2587P889
188
.9
1587
.04
108836438
D2587P9095
190
.95
1570
.01
108876178
D2587P8885
188
.85
1587
.46
108875949
D2587P909
190
.9
1570
.42
108837089
D2587P888
188
.8
1587
.88
108836420
D2587P9085
190
.85
1570
.83
108876160
D2587P8875
188
.75
1588
.30
108875931
D2587P908
190
.8
1571
.24
108837071
D2587P887
188
.7
1588
.72
108836412
D2587P9075
190
.75
1571
.65
108876152
D2587P8865
188
.65
1589
.15
108875923
D2587P907
190
.7
1572
.06
108837063
D2587P886
188
.6
1589
.57
108836404
D2587P9065
190
.65
1572
.48
108876145
D2587P8855
188
.55
1589
.99
108875915
D2587P906
190
.6
1572
.89
108837055
D2587P885
188
.5
1590
.41
108836396
D2587P9055
190
.55
1573
.30
108876137
D2587P8845
188
.45
1590
.83
108875907
D2587P905
190
.5
1573
.71
108837048
D2587P884
188
.4
1591
.26
108836388
D2587P9045
190
.45
1574
.13
108876129
D2587P8835
188
.35
1591
.68
108875899
D2587P904
190
.4
1574
.54
108837030
D2587P883
188
.3
1592
.10
108836370
D2587P9035
190
.35
1574
.95
108876111
D2587P8825
188
.25
1592
.52
108875881
D2587P903
190
.3
1575
.37
108837022
D2587P882
188
.2
1592
.95
108836362
D2587P9025
190
.25
1575
.78
108876103
D2587P8815
188
.15
1593
.37
108875873
D2587P902
190
.2
1576
.20
108837014
D2587P881
188
.1
1593
.79
108836354
D2587P9015
190
.15
1576
.61
108876095
D2587P8805
188
.05
1594
.22
108875865
D2587P901
190
.1
1577
.03
108837006
D2587P880
188
.0
1594
.64
108836347
D2587P9005
I
190
.05
I
1577
.44
I
108876087
I
I
D2587P8795
I
187
.95
I
1595
.06
I
108875857
Agere
Systems
Inc
.
11
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Ordering
Information
(continued)
Table 7
.
D2587P
20
mW
CW
Laser
with
Locker
(C-
and
L-Band) Ordering
Information
(continued)
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
D2587P879
187
.9
1595
.49
108836339
D2587P870
187
.0
1603
.17
108835950
D2587P8785
187
.85
1595
.91
108875840
D2587P8695
186
.95
1603
.60
108875758
D2587P878
187
.8
1596
.34
108836321
D2587P869
186
.9
1604
.03
108835943
D2587P8775
187
.75
1596
.76
108875832
D2587P8685
186
.85
1604
.46
108875741
D2587P877
187
.7
1597
.19
108836313
D2587P868
186
.8
1604
.88
108835935
D2587P8765
187
.65
1597
.62
108875824
D2587P8675
186
.75
1605
.31
108875733
D2587P876
187
.6
1598
.04
108836016
D2587P867
186
.7
1605
.74
108835927
D2587P8755
187
.55
1598
.47
108875816
D2587P8665
186
.65
1606
.17
108875725
D2587P875
187
.5
1598
.89
108836008
D2587P866
186
.6
1606
.60
108835919
D2587P8745
187
.45
1599
.32
108875808
D2587P8655
186
.55
1607
.04
108875717
D2587P874
187
.4
1599
.75
108835992
D2587P865
186
.5
1607
.47
108835901
D2587P8735
187
.35
1600
.17
108875790
D2587P8645
186
.45
1607
.90
108875709
D2587P873
187
.3
1600
.60
108835984
D2587P864
186
.4
1608
.33
108835893
D2587P8725
187
.25
1601
.03
108875782
D2587P8635
186
.35
1608
.76
108875691
D2587P872
187
.2
1601
.46
108835976
D2587P863
186
.3
1609
.19
108835885
D2587P8715
187
.15
1601
.88
108875774
D2587P8625
186
.25
1609
.62
108875683
D2587P871
187
.1
1602
.31
108835968
D2587P862
186
.2
1610
.06
108835877
D2587P8705I
187
.05
I
1602
.74
I
108875766
I
I
12
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
Wavelength-Selected,
High-Power
D2587P-Type
(with
Wavelength
June
2002
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
Ordering
Information
(continued)
Table
8
.
D2547P
20
mW
CW
Laser
Without
Locker
(C-Band)
Ordering
Information
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
Device
Code
ITU-T
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
D2547P61
196
.1
1528
.77
108838301
D2547P38
193
.8
1546
.92
108838079
D2547P60
196
.0
1529
.55
108838293
D2547P37
193
.7
1547
.72
108838061
D2547P59
195
.9
1530
.33
108838285
D2547P36
193
.6
1548
.51
108838053
D2547P58
195
.8
1531
.12
108838277
D2547P35
193
.5
1549
.32
108838046
D2547P57
195
.7
1531
.90
108838269
D2547P34
193
.4
1550
.12
108838038
D2547P56
195
.6
1532
.68
108838251
D2547P33
193
.3
1550
.92
108838020
D2547P55
195
.5
1533
.47
108838244
D2547P32
193
.2
1551
.72
108838012
D2547P54
195
.4
1534
.25
108838236
D2547P31
193
.1
1552
.52
108838004
D2547P53
195
.3
1535
.04
108838228
D2547P30
193
.0
1553
.33
108837998
D2547P52
195
.2
1535
.82
108838210
D2547P29
192
.9
1554
.13
108837980
D2547P51
195
.1
1536
.61
108838202
D2547P28
192
.8
1554
.94
108837972
D2547P50
195
.0
1537
.40
108838194
D2547P27
192
.7
1555
.75
108837964
D2547P49
194
.9
1538
.19
108838186
D2547P26
192
.6
1556
.55
108837956
D2547P48
194
.8
1538
.98
108838178
D2547P25
192
.5
1557
.36
108837949
D2547P47
194
.7
1539
.77
108838160
D2547P24
192
.4
1558
.17
108837931
D2547P46
194
.6
1540
.56
108838152
D2547P23
192
.3
1558
.98
108837923
D2547P45
194
.5
1541
.35
108838145
D2547P22
192
.2
1559
.79
108837915
D2547P44
194
.4
1542
.14
108838137
D2547P21
192
.1
1560
.61
108837907
D2547P43
194
.3
1542
.94
108838129
D2547P20
192
.0
1561
.42
108837899
D2547P42
194
.2
1543
.73
108838111
D2547P19
191
.9
1562
.23
108837881
D2547P41
194
.1
1544
.53
108838103
D2547P18
191
.8
1563
.05
108837873
D2547P40
194
.0
1545
.32
108838095
D2547P17
191
.7
1563
.86
108837865
D2547P39
I
193
.9
I
1546
.12
I
108838087
Agere
Systems
Inc
.
13
AdLib OCR Evaluation
Wavelength-Selected,
High-PowerD2587P-Type
(with
Wavelength
Data
Sheet
Locker)/D2547P-Type
Isolated
DFB
Laser
Modules
June
2002
Ordering
Information
(continued)
Table 9
.
D2547P
20
mW
CW
Laser
Without
Locker
(L-Band)
Ordering
Information
Device
Code
ITU
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
Device
Code
ITU
Frequency
(THz)
Center
Wavelength
(nm)
Comcode
D2547P916
191
.6
1564
.68
108837840
D2547P888
188
.8
1587
.88
108837568
D2547P915
191
.5
1565
.50
108837832
D2547P887
188
.7
1588
.73
108837394
D2547P914
191
.4
1566
.31
108837824
D2547P886
188
.6
1589
.57
108837386
D2547P913
191
.3
1567
.13
108837816
D2547P885
188
.5
1590
.41
108837378
D2547P912
191
.2
1567
.95
108837808
D2547P884
188
.4
1591
.26
108837360
D2547P911
191
.1
1568
.77
108837790
D2547P883
188
.3
1592
.10
108837352
D2547P910
191
.0
1569
.59
108837782
D2547P882
188
.2
1592
.95
108837345
D2547P909
190
.9
1570
.42
108837774
D2547P881
188
.1
1593
.79
108837337
D2547P908
190
.8
1571
.24
108837766
D2547P880
188
.0
1594
.64
108837329
D2547P907
190
.7
1572
.06
108837758
D2547P879
187
.9
1595
.49
108837311
D2547P906
190
.6
1572
.89
108837741
D2547P878
187
.8
1596
.34
108837303
D2547P905
190
.5
1573
.71
108837733
D2547P877
187
.7
1597
.19
108837295
D2547P904
190
.4
1574
.54
108837725
D2547P876
187
.6
1598
.04
108837287
D2547P903
190
.3
1575
.37
108837717
D2547P875
187
.5
1598
.89
108837279
D2547P902
190
.2
1576
.20
108837709
D2547P874
187
.4
1599
.75
108837261
D2547P901
190
.1
1577
.03
108837691
D2547P873
187
.3
1600
.60
108837253
D2547P900
190
.0
1577
.86
108837683
D2547P872
187
.2
1601
.46
108837246
D2547P899
189
.9
1578
.69
108837675
D2547P871
187
.1
1602
.31
108837238
D2547P898
189
.8
1579
.52
108837667
D2547P870
187
.0
1603
.17
108837220
D2547P897
189
.7
1580
.35
108837659
D2547P869
186
.9
1604
.03
108837212
D2547P896
189
.6
1581
.18
108837642
D2547P868
186
.8
1604
.88
108837204
D2547P895
189
.5
1582
.02
108837634
D2547P867
186
.7
1605
.74
108837196
D2547P894
189
.4
1582
.85
108837626
D2547P866
186
.6
1606
.60
108837188
D2547P893
189
.3
1583
.69
108837618
D2547P865
186
.5
1607
.47
108837170
D2547P892
189
.2
1584
.53
108837600
D2547P864
186
.4
1608
.33
108837162
D2547P891
189
.1
1585
.36
108837592
D2547P863
186
.3
1609
.19
108837154
D2547P890
189
.0
1586
.20
108837584
D2547P862
186
.2
1610
.06
108837147
D2547P889
I
188
.9
I
1587
.04
I
108837576
14
Agere
Systems
Inc
.
AdLib OCR Evaluation
Fujikura
is
a
registered
trademark
of
Fujikura
Ltd
.
Telcordia
Technologies
is
a
trademark
of
Telcordia
Technologies,
Inc
.
ISO
is
a
registered
trademark
of
The
International
Organization
for
Standardization
.
For
additional
information,
contact
your
Agere
Systems
Account
Manager
orthe
following
:
INTERNET
:
http
://www
.agere
.com
E-MAIL
:
docmaster@agere
.com
N
.
AMERICA
:
Agere
Systems
Inc
.,
555
Union
Boulevard,
Room
30L-15P-BA,
Allentown,
PA
18109-3286
1-800-372-2447,
FAX
610-712-4106
(In
CANADA
:
1-800-553-2448,
FAX
610-712-4106)
ASIA
:
Agere
Systems
Hong
Kong
Ltd
.,
Suites
3201
&
3210-12,
32/F,
Tower
2,
The
Gateway,
Harbour
City,
Kowloon
Tel
.
(852)
3129-2000,
FAX
(852)
3129-2020
CHINA
:
(86)
21-5047-1212
(Shanghai),
(86)
755-25881122
(Shenzhen)
JAPAN
:
(81)
3-5421-1600
(Tokyo),
KOREA
:
(82)
2-767-1850
(Seoul),
SINGAPORE
:
(65)
6778-8833,
TAIWAN
:
(886)
2-2725-5858
(Taipei)
EUROPE
:
Tel
.
(44)
7000
624624,
FAX
(44)
1344
488
045
Agere
Systems
Inc
.
reserves
the
right
to
make
changes
to
the
product(s)
or
information
contained
herein
without
notice
.
No
liability is
assumed
as
a
result
of
their
use or
application
.
Agere,
Agere
Systems, and
the
Agere
logo
are
trademarks
of
Agere
Systems
Inc
.
Copyright
©
2002
Agere
Systems
Inc
.
All
Rights
Reserved
sys
tems
June
2002
a
'ere
DS02-262OCN
(Replaces
DS00-263OPTO-2)
8
AdLib OCR Evaluation
