a8e
re
systems
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Data
Sheet
September
2002
C3~r~
:
0
M
S"
s
fir
Features
.
Integrated electroabsorptive
modulator
.
1
.5
gm
wavelength
.
Characterized
for
10
Gbits/s
operation
. For
use
up
to
40
km
at
10
Gbits/s
.
Low
modulation
voltage
.
Temperature
stabilized
.
Available
with
and
without
integral
driver
IC
.
Wavelength
selectable
to
ITU-T
standards
.
Ultrastable
wavelength
aging
for
DWDM
Applications
.
SONET/SDH
applications
.
Ultrahigh
capacity
WDM
system
application
.
High-speed
data
communication
.
Digitized
video
Description
The
E2560-series
EML
(without
integral
driver
IC)
and
E2580-series
EML
(with integral
driver
IC)
are
designed
for
10
Gbits/s
DWDM
or
TDM
transmission
applications
.
They
integrate
a
CW
laser
with
an
elec-
troabsorptive
modulator
in
the
same
semiconductor
chip
and
are
an
extension
of
Agere
Systems
Inc
.
existing
E2500-series
of
devices
.
These
devices
can
replace
external
modulators
that
are
often
bulkier,
more
expensive,
and
require
more
drive
electronics
than
the
EML
.
Both
series
use
a
small-profile
GPO
T""
connector
to
handle
the
RF
signal
.
The
package
also
contains
a
thermoelectric
cooler,
thermistor,
rear-
facet
monitor
photodiode,
and
an
optical isolator
.
The
2560-series
is
available
for
transmission
dis-
tances
of
up
to
20
km
or
40
km
.
The
2580-series
operates
over
distances
of
40
km
.
AdLib OCR Evaluation
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Data
Sheet
September
2002
Description
(continued)
The
nominal
input
impedance
of
the
E2560
version
is
50
0
.
The
package
is
qualified
to
the
Telcordia
Technologies'"
TA-TSY
000468
standard
.
The
short-haul
(2
km-20
km)
version
of
the
E2560-series
(E2566)
is
offered
as a
single-channel
device
operating
within
a wavelength range
of
1530
nm-1563
nm
.
For
40
km,
both
E2560
and
E2580
are
available
in
a
range
of
ITU-T wavelengths
for
use
in
DWDM
systems
operating
at
10
Gbits/s
per
channel
.
The
devices
exhibit
excellent
wavelength
stability,
supporting
operation
at
100
GHz
channel
spacing
over
20
years
(assuming
an
end-of-life
aging
condition
of
<±100
pm)
.
Typically,
no
extemal
wavelength
stabilization
is
required
in
systems
of
this
type,
using
Agere
Systems'
E2560-
and
E2580-series
EMLs
.
The
package
also
offers
excellent
sta-
bility
of
wavelength
vs
.
case
temperature,
with
a
maximum
coefficient
of
±0
.5
pm/°C
.
Module
Characteristics
Table
1
.
Module
Characteristics
Parameter
Description
Package
Type
E2560
:
7-pin
package
with
GPO
connector
RF
input
.
E2580
:
13-pin
package
with
GPO
connector
RF
input
.
Fiber
Standard
single-mode
fiber
.
Connector
Various
connectors
available
on
request
.
RF
Input
Impedance
500
.
Bit
Rate
10
Gbits/s
.
Pin
Information
Table 2
.
Pin
Descriptions
E2560
Series
E2580
Series
Pin
Abbreviation
Definition
Pin
Abbreviation
Definition
- -
-
13
TEC-
Themoelectric
cooler-
- -
-
12
TEC+
Thermoelectric
cooler+
- -
-
11
Vss
Voltage
supply
to
the
IC
- -
-
10
DCA
Duty
cycle
adjust
- -
-
9
OA
Optical
amplitude
adjust
- -
-
8
NC
No
connect/reserved
7
TEC-
Themoelectric
cooler-
7
NC
No
connect/reserved
6
TEC+
Thermoelectric
cooler+
6
VEA
Modular
offset
(on-state)
5
BACK
DET+
Monitor
cathode
(+)
5
BACK
DET+
Monitor
cathode
(+)
4
BACK
DET-
Monitor
anode
(-)
4
BACK
DET-
Monitor
anode
(-)
3
LASER+
Laser
anode
3
LASER+
Laser
anode
2
THERM
Thermistor
2
THERM
Thermistor
1
THERM,
LASER-,
CASE
Combined
thermistor/
laser
cathode/case
1
THERM,
LASER-,
CASE
Combined
thermistor/
laser
cathode/case
Note
:
For
full
details
of
pin
functions
and
required
bias
levels for
the
version
with
the
IC,
refer
to
the
forthcoming
E2580
EML
with
Integral
Driver
IC
:
Pin
Definitions
And
Operation
Application
Note
.
2
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
September
2002
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Target
Specifications
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
operational
sections
of
the
data
sheet
.
Exposure
to
absolute
maximum
ratings
for
extended
periods
can
adversely
affect
device
reliability
.
Table
3
.
Absolute
Maximum
Ratings
Parameter
Conditions
Min
Max
Unit
Laser Diode
Reverse
Voltage
CW
-
2
V
Laser Diode Forward
Current
CW
-
150
mA
Optical
Output
Power
CW
-
10
mW
Modulator
Reverse
Voltage
- -
5
V
Modulator
Forward
Voltage
- -
1
V
Monitor
Diode
Reverse
Voltage
- -
10
V
Monitor
Diode
Forward
Voltage
- -
1
V
Storage
Temperature
- -
-40
to
+85
°C
Operating
Temperature
- -
-10
to
+70
°C
DCA
Voltage
(pin
10)
(E2580
series)
-
-6
.5
0
.3
V
OA
Voltage
(pin
9)
(E2580
series)
VOA
-
VSS
>
1
.2
V
-6
.5
0
.3
V
EA
Bias
Voltage
(pin
6)
(E2580
series)
VOA
-
VSS
>
1
.2
V
-6
.5
0
.3
V
Supply
Voltage
Vss
(pin
11)
(E2580
series)
I
-
I
-6
.5
I
0
.3
I
V
Characteristics
Table
4
.
Optical
and
Electrical
Specifications
(Chip
operating
temp
.
= 15
°C
to
35
°C,
except
where
noted
.)
Parameter
Symbol
Conditions
Min
Max
Unit
Threshold
Current
(BOL)
ITH
-
5
35
mA
Forward
Voltage
VF
IF
=
lop
@
Top
-
2
.2
V
Operating
Current
lop
-
50 100
mA
Threshold
Power
PTH
IF
-
ITH
-
80
9W
VM
= lop
Fiber
Output
Power
(Peak)
PPK
VM
= 0
V
1
-
dBm
IF
=
lop
Peak
Wavelength
XPK
VM
= 0
V
1530 1563
nm
(Wavelength can be
specified
to
the ITU
TLASER
CHIP =
Top
wavelength
IF
=
lop
channels
.
See
Table
5
.)
Side-mode
Suppression
Ratio
SMSR
VM
= 0
V
35
-
dB
IF
=
lop,
Top
Dispersion
Penalty,
BER
=
10-10
DP
Note
1
.
D
=
400
ps/nm
(E2566
version)
-
2
.0
dB
D
=
800
ps/nm
(E2560,
E2580
versions)
-
2
.0
dB
1
.
IF
=
lop
;
T
=
Top
;
modulated
10
Gbits/s
.
AgereSystems
Inc
.
3
AdLib OCR Evaluation
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Data
Sheet
September
2002
Target
Specifications
(continued)
Table 4
.
Optical
and
Electrical
Specifications
(Chip
operating
temp
.
= 15 °C
to
35
°C,
except
where
noted
.)
(continued)
Parameter
Symbol
Conditions
Min
Max
Unit
Modulator/Driver
Extinction
Ratio
:
40
km
versions
E2566,
20
km
version
ERRF
VAN
= 0
.5
Vp-p
to
1
.0
Vp-p
10
Gbits/s
(E2580)
;
VM
=
0V
to
-2
.5
V
10
Gbits/s
(E2560)
10
9
-
-
dBdB
RF
Return
Loss
(E2560-series)
(0
GHz
to
6
GHz)
S11
VM
= -1
V
IF
=
lop
10
-
dB
RF
Return
Loss
(E2560-series)
(6
GHz
to
8
GHz)
S11
VM
= -1
V
IF
=
lop
7
-
dB
RF
Return
Loss
(E2560-series)
(8
GHz
to
10
GHz)
S11
VM
= -1
V
IF
=
lop
5
-
dB
-3 dB
Bandwidth
(E2560-series)
BW
VM
=
-1
V
IF
=
lop
11
-
GHz
RF
Return
Loss
(E2560-series)
(0
GHz
to
10
GHz)
S11 VAN
= 0
.5
Vp-p
to
1
.0
Vp-p
10
Gbits/s
10
-
dB
Input
Voltage
(E2580-series)
(Peak
to
Peak)
(ac
coupled
input)
VAN
-
0
.5
1
.0
V
Rise/Fall
Time
(20%-80%)
tR/tF
- -
40
ps
Monitor
Diode
Monitor Current
IBS
VBD
=5
V
IF=
lop
40
1100
NA
Dark
Current
ID
VBD
=
5
V
-
0
.1
NA
Capacitance
C
VBD
=
5
V
F =
1
MHz
-
25 pF
Thermistor
Resistance
RTHERM
T
= 25 °C
9
.5
10
.5
kO
Thermistor
Current
ITC
-
10
100
NA
Thermistor
B
Constant
B
-
3700 4100
-
Thermoelectric
Cooler
TEC
Current
ITEC
Note 2
.
-
1 .1
A
TEC
Voltage
VTEC
Note 2
.
-
2
.6
V
TEC
Power
PTEC
Note 2
.
-
2
.9
W
TEC
Capacity
AT
Note 2
.
55
-
C
Optical
Isolation
Optical
Isolation
-
Note 2
.
30
-
dB
Package
Wavelength
vs
.
Case
Temp
. I
d?,/
dT
I
T
C
A
SE
=-10
°C
to
+70
°C
I
-0
.5
I
0
.5
I
pm/°C
1
.
IF
=
lop
;
T
=
Top
;
modulated
10
Gbits/s
.
2
.
TCASE
= 70
°C,
TLASER
CHIP
= 15 °C
to
35°C
(E2560-series),
20°C
to
35
°C
(E2580-series)
.
4
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
September
2002
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Outline
Diagram
E2560-Series
0
.02
I' 0
.10~
(0
.508)
(2.54)
I
0
.291
(7
.384)
LEAD
1
LEAD
7
0
.50
(12
.7)
TRADEMARK
CODE
LASER
SERIAL
NUMBER
MIN
AND
DATE
CODE
LABEL
IN
AREA
SHOWN
BEND
LIMITER
0
.551
0
.500
0
.350
(13
.99)
(12
.7)
(8
.89)
-
-----------------
I
T
I
------r---
I
TAI
0
.190
~-(12
.64)
0
.498
PJ
0.106
(4
.822)
PLACLS
1
.025
0
.078
(26
.04)
'I
(1
.98)
E2580-Series
0
.020
'II-
0
.050
'I
( (1
.27)
3
PLACES
ES
12
PLACES
0
.291
(7 .38)
LEAD
1
LEAD
13
0
.50
(12
.7)
TRADEMARK
CODE
LASER
SERIAL
NUMBER
AND
DATE
CODE
LABEL
IN
AREA
SHOWN
BEND
LIMITER
0
.551
0
.500
0
.350
+
I
+
(13
.99)
(12
.7)
(8
.89)
-
-----------------
0
.190
0
0
.106
(4'82)
(2
.7)
4
PLACES
0
.078
(1
.98)
0
.180
0
.820
.61
0
.365
-
-
(9.27)
II
1
.180
_I
0
.56
~(29
.97)~
(1
.42)
AgereSystems
Inc
.
0
.228
0
.030
(5.78)
(0
.75)
33
.0
838
.20)
MIN
0
.98
(2
.5)
0
.215
(5.45)
0.010
t
0
.002
(0
.25
t
0
.064)
1
O
0
.200
LJ
(5
.08)
0
.260
(6
.6)
0
.215
(5 .47)
-------
---
+
1
CONNECTOR
TYPE
AS
SPECIFIED
`
--------
1-1006(F)
.rl
5
AdLib OCR Evaluation
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Data
Sheet
September
2002
Laser
Safety
Information
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
.
All
versions
are
Class
3B
laser
products
per
IECO
60825-1
:1993
.
The
device
has
been
classified
with
the
FDA
under
accession
number
8720010
.
This
product
complies
with
21
CFR
1040
.10
and
1040
.
11
.
8
.8
gm/125
gm
single-mode
fiber
pigtail
and
connector
Wavelength
=
1530
nm-1563
nm
Maximum
power
= 10
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
.
INVISIBLE
LASER
RADIATION
AVOID
DIR
ECT
EXPOSURE
TOBEAM
Wavelength
:
1
.5
pm
Max
.
Output
:
10
mw
Class
Illb
Laser
Product
D
r
INVISIBLE
LASER
RADIATION
EMITTED
FROM
END
OF
FIBER
OR
CONNECTOR
1
/l
Avoid
exposure
to
beam
Class
313
Laser
Product
IEC-80825
1993
Max
.
Output
:
10
mW
Wavelength
:
1
.55
pi
INVISIBLE
LASER
RADIATION
IS
EMITTED
FROM
THE
END
OF
FIBER
OR
CONNECTOR
Avoid
direct
exposure
to
beam
Do
not
view
beam
directly
with
optical
instruments
6
Agere
Systems
Inc
.
AdLib OCR Evaluation
Data
Sheet
September
2002
E2560/E2580-Type
10
Gbits/s
EML
Modules
for
2
km-40
km
Transmission
Ordering
Information
Table
5
.
Ordering
Information
:
40
km
Codes
Parameter
Device
Description
ITU-T
Wave-
length
Frequency
E2560-Series,
40
km,
without
IC
E2580-Series,
40
km,
with IC
(nm)
Code
Comcode
Code
Comcode
1530
.33
195
.9
E2560H59
108414722
E2580H59
108415183
1531
.12
195
.8
E2560H58
108414780
E2580H58
108415191
1531
.90
195
.7
E2560H57
108414798
E2580H57
108415209
1532
.68
195
.6
E2560H56
108414806
E2580H56
108415217
1533
.47
195
.5
E2560H55
108414814
E2580H55
108415225
1534
.25
195
.4
E2560H54
108414822
E2580H54
108415233
1535
.04
195
.3
E2560H53
108414830
E2580H53
108415241
1535
.82
195
.2
E2560H52
108414848
E2580H52
108415258
1536
.61
195
.1
E2560H51
108414855
E2580H51
108415266
1537
.40
195
.0
E2560H50
108414863
E2580H50
108415274
1538
.19
194
.9
E2560H49
108414871
E2580H49
108415282
1538
.98
194
.8
E2560H48
108414889
E2580H48
108415290
1539
.77
194
.7
E2560H47
108415142
E2580H47
108415308
1540
.56
194
.6
E2560H46
108414897
E2580H46
108415316
1541
.35
194
.5
E2560H45
108414905
E2580H45
108415324
1542
.14
194
.4
E2560H44
108414913
E2580H44
108415332
1572
.94
194
.3
E2560H43
108414921
E2580H43
108415340
1543
.73
194
.2
E2560H42
108414939
E2580H42
108415357
1544
.53
194
.1
E2560H41
108414947
E2580H41
108415365
1545
.32
194
.0
E2560H40
108414954
E2580H40
108415373
1546
.12
193
.9
E2560H39
108414962
E2580H39
108415381
1546
.92
193
.8
E2560H38
108414970
E2580H38
108415399
1547
.72
193
.7
E2560H37
108414988
E2580H37
108415407
1548
.51
193
.6
E2560H36
108414996
E2580H36
108415415
1549
.32
193
.5
E2560H35
108415001
E2580H35
108415423
1550
.12
193
.4
E2560H34
108415019
E2580H34
108415431
1550
.92
193
.3
E2560H33
108415027
E2580H33
108415449
1551
.72
193
.2
E2560H32
108415035
E2580H32
108415456
1552
.52
193
.1
E2560H31
108415043
E2580H31
108415464
1553
.33
193
.0
E2560H30
108415050
E2580H30
108415472
1554
.13
192
.9
E2560H29
108415068
E2580H29
108415480
1554
.94
192
.8
E2560H28
108415076
E2580H28
108415498
1555
.75
192
.7
E2560H27
108415084
E2580H27
108415506
1556
.56
192
.6
E2560H26
108415092
E2580H26
108415514
1557
.36
192
.5
E2560H25
108415100
E2580H25
108415522
1558
.17
192
.4
E2560H24
108415118
E2580H24
108415530
1558
.98
192
.3
E2560H23
108415126
E2580H23
108415548
1559
.79
192
.2
E2560H22
108415134
E2580H22
108415555
1560
.61
192
.1
E2560H21
108415159
E2580H21
108415563
1561
.42
192
.0
E2560H20
108415167
E2580H20
108415571
1562
.23
191
.9
E2560H19
108415175
E2580H19
108415589
1530
.60
I
-
I
E2560H
I
108422494
I
E2580H
I
108422510
AgereSystems
Inc
.
AdLib OCR Evaluation
E2560/E2580-Type
10
Gbits/s
EML
Modules
Data
Sheet
for
2
km-40
km
Transmission
September
2002
Ordering
Information
(continued)
Table 6
.
Ordering
Information
:
20
km
Codes
Product
Code
Product
Description
Comcode
E2566H
I
2
km-20
km,
single-channel without
IC
;
ST
Connector
I
108743337M
GPO
is
a trademark
of
Gilbert
Engineering
.
Telcordia
Technologies
is
a trademark
of
Telcordia
Technologies,
Inc
.
IEC
is
a
registered
trademark
of
The
International
Electrotechnical
Commission
.
For
additional
information,
contact your
Agere
Systems
Account
Manager
or
the
following
:
INTERNET
:
http
://www
.agere
.com
E-MAIL
:
docmaster@agere
.com
N
.
AMERICA
:
Agere
Systems
Inc
.,
Lehigh
Valley
Central
Campus,
Room
10A-301C,
1110
American
Parkway
NE,
Allentown,
PA
18109-9138
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
a
'ere
sys
te
ms
September
2002
DS02-336OCN
(Replaces
DS00-147OPTO-2)
Q
AdLib OCR Evaluation
