Data Sheet
FOL15DCWD-A**-*****-* / 40mW 1550nm CW DFB Laser Module
Date February 16, 2005 ODC-2R002E
40mW 1550nm CW DFB Laser Module
Applications
•
OC-192/STM-64 DWDM Transmission Systems
Features
•
Low Driving Current, High Slope Efficiency
•
High Side Mode Suppression Ratio
•
Selected Wavelength According to ITU-T Grid, C and L-band Available (See Table.1)
•
50GHz Spacing Available
•
Narrow Linewidth Available
Descriptions
FOL15DCWD series of DFB laser module is designed for long haul DWDM applications with
external intensity modulator. The polarization maintaining fiber pigtail enables to directly
connect a modulator without polarization control. The polarization state of output laser beam is
maintained to a consistent orientation. The module is housed in an industry standard
hermetically sealed 14-pin butterfly package, which contains optical isolator, thermoelectric
cooler, power monitor photodiode. Precise wavelength selection is available according to ITU-
T grid with 100GHz spaced wavelength allocation. 50GHz spacing is also available.
Absolute Maximum Ratings
Parameter
Storage Temperature
Operating Case Temperature
LD Reverse Voltage
LD Forward Current
PD Reverse Voltage
PD Forward Current
TEC Current
TEC Voltage
Sym
Tstg
Tc
V
rLD
I
fLD
V
rPD
I
fPD
Itec
Vtec
Min
-40
-5
-
-
-
-
-
-
Max
85
70
2
350
20
5
1.6
2.6
Unit
°C
°C
V
mA
V
mA
A
V
Conditions
-
-
-
-
-
-
-
-
1/1
Data Sheet
FOL15DCWD-A**-*****-* / 40mW 1550nm CW DFB Laser Module
Date February 16, 2005 ODC-2R002E
Optical Characteristics
(TLD=Tset, Tc=25°C, unless otherwise specified)
Parameter
Optical Output Power
LD Forward Current
Submount Temperature
LD Forward Voltage
Threshold Current
Wavelength
Sym
Pf
If
Tset
Vf
I
th
λ
∆½
SMSR
Iso
RIN
Im
Id
TE
Itec
Vtec
B
R
Er
Min
40
-
20
-
-
1529.55
-
-
-
-
35
25
-
0.15
-
-0.5
-
-
-
9.5
20
Typ
-
-
-
-
15
-
-
-
-
-
45
-
-
-
-
-
-
-
3900
-
-
Max
-
300
35
2.5
40
1611.79
10
5
2
1
-
-
-138
3
100
0.5
1.2
2.4
-
10.5
-
Unit
mW
mA
°C
V
mA
nm
MHz
MHz
MHz
MHz
dB
dB
Conditions
CW
Pf=40mW,CW,BOL*
1
Pf=40mW,CW
Pf=40mW,CW
BOL
Pf=40mW,CW
See Table.1
Pf=40mW,CW
Pf=40mW,CW,Optional (-A)
Pf=40mW,CW,Optional (-B)
Pf=40mW,CW,Optional (-C)
Pf=40mW,CW
Linewidth (-3dB fullwidth)
Side Mode Suppression Ratio
Optical Isolation
Relative Intensity Noise
Monitor Current
Monitor Dark Current
Tracking Error
TEC Current
TEC Voltage
Thermistor B constant
Thermistor Resistance
Extinction Ratio
*
1
BOL : Beginning of Life
*
2
O
pRL
: Optical Return Loss
Pf=40mW,CW,O
pRL
<-25dB*
2
dB/Hz
100MHz<f<10GHz
mA Pf=40mW,CW, V
rPD
=5V
nA V
rPD
=5V
dB Im=constant, Tc=-5 to 70°C
A Tc=70°C,Pf=40mW,CW
V Tc=70°C,Pf=40mW,CW
K Tset=25°C
kΩ Tset=25°C
dB Pf=40mW,CW
Dimensions and Pin Assignments
2/2
Data Sheet
FOL15DCWD-A**-*****-* / 40mW 1550nm CW DFB Laser Module
Date February 16, 2005 ODC-2R002E
7
6
5
4
3
2
1
PIN No.
1
L1
180nH
TEC
TH
10kΩ
Object
Thermistor
Thermistor
LD Cathode(-)
Monitor Anode(-)
Monitor Cathode(+)
TEC(+)
TEC(-)
PIN No.
8
9
10
11
12
13
14
Object
Case Ground
Case Ground
No Connect
Laser Anode(+),
Case Ground*
Laser RF
Laser Anode(+),
Case Ground*
No Connect
2
3
4
CASE
R1
20Ω
5
6
7
8
9
10
11
12
13
14
*LD anode float pin assignment is available.
Optical Fiber Pigtail Specifications
Parameter
Fiber Type
Nominal Fiber Length
Connector Type
Polarization Axis
Specification
FUJIKURA PANDA
PM,SM15-P-8/125 UV/UV 400 or equivalent
UV coating (0.4mm
φ)
or Hytrel coating(0.9mmφ)
Min.1,000
(Boot edge (fiber side) to connector edge)
FC/SPC Connector
Slow Axis
Unit
-
mm
-
-
Ordering Information
Safety Information
This product complies with 21 CFR 1040.10 and 1040.11,
Class 3b laser product. Invisible laser radiation is emitted
from the end of the fiber or connector.
Avoid direct exposure to the beam
3/3
Data Sheet
FOL15DCWD-A**-*****-* / 40mW 1550nm CW DFB Laser Module
Date February 16, 2005 ODC-2R002E
Table 1
λ
[nm]
1529.55
1530.33
1531.12
1531.90
1532.68
1533.47
1534.25
1535.04
1535.82
1536.61
1537.40
1538.19
1538.98
1539.77
1540.56
1541.35
1542.14
1542.94
1543.73
1544.53
1545.32
1546.12
1546.92
1547.72
1548.51
1549.32
ITU
Wavelength
Freq.
Code
[THz]
196.0
19600
195.9
19590
195.8
19580
195.7
19570
195.6
19560
195.5
19550
195.4
19540
195.3
19530
195.2
19520
195.1
19510
195.0
19500
194.9
19490
194.8
19480
194.7
19470
194.6
19460
194.5
19450
194.4
19440
194.3
19430
194.2
19420
194.1
19410
194.0
19400
193.9
19390
193.8
19380
193.7
19370
193.6
19360
193.5
19350
λ
[nm]
1550.12
1550.92
1551.72
1552.52
1553.33
1554.13
1554.94
1555.75
1556.55
1557.36
1558.17
1558.98
1559.79
1560.61
1561.42
1562.23
1563.05
1563.86
1564.68
1565.50
1566.31
1567.13
1567.95
1568.77
1569.59
1570.42
ITU
Wavelength
Freq.
Code
[THz]
193.4
19340
193.3
19330
193.2
19320
193.1
19310
193.0
19300
192.9
19290
192.8
19280
192.7
19270
192.6
19260
192.5
19250
192.4
19240
192.3
19230
192.2
19220
192.1
19210
192.0
19200
191.9
19190
191.8
19180
191.7
19170
191.6
19160
191.5
19150
191.4
19140
191.3
19130
191.2
19120
191.1
19110
191.0
19100
190.9
19090
λ
[nm]
1571.24
1572.06
1572.89
1573.71
1574.54
1575.37
1576.20
1577.03
1577.86
1578.69
1579.52
1580.35
1581.18
1582.02
1582.85
1583.69
1584.53
1585.36
1586.20
1587.04
1587.88
1588.73
1589.57
1590.41
1591.26
1592.10
ITU
Wavelength
Freq.
Code
[THz]
190.8
19080
190.7
19070
190.6
19060
190.5
19050
190.4
19040
190.3
19030
190.2
19020
190.1
19010
190.0
19000
189.9
18990
189.8
18980
189.7
18970
189.6
18960
189.5
18950
189.4
18940
189.3
18930
189.2
18920
189.1
18910
189.0
18900
188.9
18890
188.8
18880
188.7
18870
188.6
18860
188.5
18850
188.4
18840
188.3
18830
λ
[nm]
1592.95
1593.79
1594.64
1595.49
1596.34
1597.19
1598.04
1598.89
1599.75
1600.60
1601.46
1602.31
1603.17
1604.03
1604.88
1605.74
1606.60
1607.47
1608.33
1609.19
1610.06
1610.92
1611.79
ITU
Wavelength
Freq.
Code
[THz]
188.2
18820
188.1
18810
188.0
18800
187.9
18790
187.8
18780
187.7
18770
187.6
18760
187.5
18750
187.4
18740
187.3
18730
187.2
18720
187.1
18710
187.0
18700
186.9
18690
186.8
18680
186.7
18670
186.6
18660
186.5
18650
186.4
18640
186.3
18630
186.2
18620
186.1
18610
186.0
18600
Wavelength values are referenced to vacuum. 50GHz spacing is also available.
Other ITU wavelengths may be available. Please ask to the regional contacts.
Wavelength (λ) and ITU frequency (f) have a relationship of
λ[nm]
= 299792458 / f[THz] /1000.
FITEL code is expressed as a 5-digit integer rounded from 100 x f [THz].
Furukawa Electric Co, Ltd., Furukawa America, Inc, and Furukawa Electric Europe, Ltd. reserve the right to change data
contained in this document in the interest of continued product improvement. The publication of this information does not imply
freedom from patent or any other rights of The Furukawa Electric Company, Ltd. or its affiliated companies.
All Rights Reserved, Copyright © THE FURUKAWA ELECTRIC CO., LTD
Headquarters
2
-
3
Marunouchi 2-chome
Chiyoda-ku Tokyo
100-8322 Japan
T: 81-3-3286-3253
F: 81-3-3286-3978
www.furukawa.co.jp
Furukawa Electric Europe, Ltd
rd
3 FL Newcombe House
43-45 Notting Hill Gate
London, W11 3FE
UK
T: 44-20-7221-6000
F: 44-20-7313-5310
www.furukawa-fitel.co.uk
sales@furukawa-fitel.co.uk
Furukawa America, Inc.
200 Westpark Drive,Suite 190
Peachtree City, GA 30269
T:770-487-1234
Toll-Free:1 - 8 6 6 - GO-FITEL( 4 6 3 - 4 8 3 5 )
F:770-487-9910
www.furukawaamerica.com
oesales@FurukawaAmerica.com
4/4
电源技术
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
