a e re 8 AdLib OCR Evaluation systems Data Sheet June 2002 Wavelength-Selected High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Applications 6116 o'14~ . 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) applications . Features . High-performance, multiquantum-well (MQW), distributed-feedback (DFB) laser . D2587P-Type is offered on 50 GHz ITU grid wavelengths ranging from 1528.77 nm1610.06 nm . D2547P-Type is offered on 100 GHz ITU grid wavelengths ranging from 1528.77 nm1610.06 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-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Description (continued) Controlled Wavelength (D2587-Type) The single-channel, wavelength-selected DFB (ILM) package contains internal wavelength-discriminating optics, i.e ., two etalons and two associated photodiodes. The output consists of analog signals suitable for controlling the electrical 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 . 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 t 3 lam, and a tightbuffered outer jacket diameter of 900 lam . Figure 1 shows the orientation of polarization in the fiber. Agere Systems' optoelectronic components are being qualified to rigorous internal standards that are consistent with Telcordia Technologies T"' TR-NWT-000468 . All design and manufacturing operations are ISO(c) 9001 certified. The module is being fully qualified for central office applications . Agere provides the beginning-of-life values for six parameters : laser drive current; the single target ITU channel frequency ; 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. CORE STRESS ROD PRINCIPLE POLARIZATION AXIS CLADDING INNER COATING (SILICON & ACRYLATE) Controlled Feedback OUTER COATING The module contains an internal optical isolator that suppresses optical feedback in laser-based, fiber-optic systems . 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. Data Sheet June 2002 -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 Controlled Power 4 Back-facet Monitor Anode (-) Back-facet Monitor Anode (-) 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 output power. 5 6 TEC (+)~ TEC (+)~ 8 9 Case Ground X Photodiode 2 Anode Case Ground Case Ground Standard Package The laser module is fabricated in a 14-pin, hermetic, metal/ ceramic butterfly package that incorporates a bias tee that separates the dc-bias path from the RF input. The RF input has a nominal 25 (Z impedance. The laser module is equipped with Fujikura (c) polarizationmaintaining fiber (PMF). The fiber is PANDA type and is the 3 7 10 11 12 13 Laser do Bias (Cathode) (-) Back-facet Monitor Cathode (+) TEC (-)~ X Photodiode 1 Anode Laser Anode (+) 2 RF Laser Input Cathode (-) Laser Anode (+) 2 14 I NC Laser do Bias (Cathode) (-) Back-facet Monitor Cathode (+) TEC (-)~ Case Ground Laser Anode (+) 2 RF Laser Input Cathode (-) Laser Anode (+) 2 I Case Ground 1 . A positive current through the thermoelectric heat pump cools the laser. 2 . Both leads should be grounded for optimum performance . Agere Systems Inc. AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Data Sheet June 2002 Locker)/D2547P-Type Isolated DFB Laser Modules Functional Description 7 6 5 4 3 2 1 1-567 Top view . Figure 2. D2547P Circuit Schematic 7 6 5 ---- --- 4 --- TEC ' 3 --- RFC 2 1 LEEP PDPOweR ' PDWAVE 8 PM FIBER PIGTAIL PDWAVE LD ---- ---- ---9 10 ' 11 ' CL ---- ---- ---12 13 14 1-1130(F) Figure 3. D2587P Circuit Schematic LASER MODULE DUAL ETALON B I ~ ISOLATOR AND FIBER COUPLING OPTICS SUBMOUNT E THERMISTOR SUGGESTED ELECTRONICS MODULE (CUSTOMER SUPPLIED) EEPROM ATOD CONVERTER MICROPROCESSO THERMOELECTRIC COOLER R D TO A CONVERTER VOLTAGE PROPORTIONAL TO WAVELENGTH VOLTAGE PROPORTIONAL TO OPTICAL POWER VOLTAGE PROPORTIONAL TO TEMPERATURE Figure 4. Block Diagram Agere Systems Inc . 1-1129(F) 3 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet June 2002 Absolute Maximum Ratings Stresses in excess of the absolute maximum ratings can cause permanent damage to the device . These are absolute 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 Laser do Reverse Voltage Laser do Forward Current Operating Case Temperature Range Storage Case Temperature Range Photodiode do Reverse Voltage Photodiode do Forward Current VRLMAX IFLM,vc Tc Tstg I VRPDMAX IFPDMAX I Min -5 -40 - I Max 2 225 70 852 10 2 Unit V mA C C V mA I 1 . Does not apply to shipping container. 2 . Maximum 2000 hrs . at extreme conditions . Handling Precautions Mounting Instructions Power Sequencing The minimum fiber bend radius is 1 .0 in. (25 .4 mm) . 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. Electrostatic Discharge CAUTION : This device is susceptible to damage as a result of electrostatic discharge . Take proper precautions during both handling and testing . Follow guidelines such as JEDEC Publication No. 108-A (Dec. 1988). Agere employs a human-body model (HBM) for ESDsusceptibility 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 purposes. The HBM ESD threshold presented here was obtained using these circuit parameters: 4 Parameter Value Unit Human-body Model 400 V To avoid degradation in performance, mount the module 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 thermal conductive grease is optional ; however, thermal performance can be improved by up to 5% if conductive grease is applied between the bottom flange and the heat sink. 2 . Mount four #2-56 screws with Fillister heads (M2-3 mm) at the four screw hole locations (see Outline 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 .086 0 .031 (0 .79) 0 . L_1~6 (3 .56) - (2.1 8) I 0 .129 (3 .28) R 41 .04) Note : Dimensions are in inches and (millimeters) . Figure 5. Fillister Head Screw Agere Systems Inc. Data Sheet June 2002 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength 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 Threshold Current Drive Current Laser Forward Voltage Monitor Reverse-bias Voltage' Monitor Current : Back-facet Monitor X Photodiode 1 X Photodiode 2 Monitor Dark Current Input Impedance Etalon Slope ()2 Frequency Capture Range Symbol ITH VLF Thermistor Current Resistance Ratio3 Thermistor Resistance Laser Submount Temperature TEC Current TEC Voltage TEC Capacity ITC RTH VRMON IRMON Test Conditions LF = 20 mW LF = 20 mW (CW) Po = 20 mW (CW) Min 3 Typ 15 2 5 Max 40 165 2 .5 10 Unit mA mA V V IF = 0, 6 6 6 0.5 15 0.01 25 - 200 200 200 0.1 8 - NA NA NA NA 0 %/GHz GHz 10 9.1 9.5 20 - 9.6 - 100 10.1 10.5 35 1 .7 2 .8 50 I IXPD1 IXPD2 ID ZIN - TSET ITEC VTEC I AT = 5V Measured from fITU toward increasing f and decreasing f TL = 25 C TL = 25 C, Tc = 70 C TL = 25 C, Tc = 70 C I Tc = 70 C I VRMON I I NA kO C A V 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 provides information on the precision required by the customer to maintain control of the R RREF ratio to provide frequency locking . For example, 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-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet 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 Peak Optical Output Power Center Wavelength' (See Ordering Information, page 10.) Line Width (3 dB full width) Side-mode Suppression Ratio Relative Intensity Noise Symbol PP Xc Min 20.0 1528.77 Typ - Max 1610.06 Unit mW nm CW, PF = 20.0 mW CW CW, PF = 20 mW 200 MHz <f<10GHz Tc = -5 C to +70 C -5 C to +70 C 35 - 2 45 - 10 -135 MHz dB dB/Hz Optical Isolation Optical Polarization Extinction Ratio2 FM Efficiency - 30 20 - - dB dB FM - 100 - MHz/mA - - 2 .5 GHz - fMOD = 30 kHz, PF = 20 mW Tested over 25-year lifetime - Frequency Drift (EOL)3 Ofc Laser Chip Case Temperature Coefficient Laser Chip Bias Current Coefficient Wavelength Locker vs. Case Temperature Coefficient Wavelength Locker vs. Laser Current Coefficient - <1 - pm/C - - - <6 - pm/mA - - - - GHz/C - - - < 0.030 (mean 3a) < 0.10 (mean 3a) - GHz/mA Af SMSR RIN Test Conditions TL = TSET Xc = XITU 0.1 nm 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. Data Sheet June 2002 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength 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 Threshold Current Drive Current Laser Forward Voltage Monitor Reverse-bias Voltage* Back-facet Monitor Current : Monitor Dark Current Input Impedance Thermistor Current Resistance Ratiot Thermistor Resistance Laser Submount Temperature TEC Current TEC Voltage TEC Capacity Symbol ITH VLF VRMON IRMON ID ZIN ITC RTH TLASER ITEC VTEC I AT I Test Conditions LF = 20 mW LF = 20 mW (CW) Po = 20 mW (CW) IF = 0, VRMON = 5 V TL = 25 C TL = 25 C, Tc = 70 C TL = 25 C, Tc = 70 C Tc = 70 C I Min 3 0.2 10 9.1 9.5 20 - I Typ 15 2 5 0.01 25 9.6 - I Max 40 165 2 .5 10 0.1 100 10.1 10.5 35 1 .2 2 .5 50 I Unit mA mA V V mA NA 0 NA kO C A V 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 Peak Optical Output Power Center Wavelength* (See Ordering Information, page 13.) Line Width (3 dB full width) Side-mode Suppression Ratio Relative Intensity Noise Symbol PP Xc Optical Isolation Optical Polarization Extinction Ratiot FM Efficiency FM Wavelength Drift (EOL) OXc AX SMSR RIN Test Conditions - Min 20.0 1528.77 Typ - Max 1610.06 Unit mW nm CW, PF = 20.0 mW CW CW, PF = 20 mW 200 MHz < f < 10 GHz Tc = 0 C to 70 C 0 C to 70 C 35 - 2 45 - 10 -135 MHz dB dB/Hz 30 20 - - dB dB fMOD = 30 kHz, PF = 20 mW Tested over 25-year lifetime - 100 - MHz/mA - - 0.1 nm TL = TSET XC = XITU 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-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet June 2002 Characteristics (continued) Table 6. D2587P/D2547P Fiber Pigtail and Optical Connector Characteristics Parameter Pigtail Length Symbol L Connector Style I - Description Fujikura PANDA or equivalent polarization-maintaining fiber I ST plug (FC/PC optional) Min 1 .0 I - Typ I - Max I - Unit m 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) MIN il PIN 1 0.10 :0 .002 (2.54 t0.051) 0.020 (0.51) TYP aaaaa TRADEMARK, CODE, LASERSERIAL NUMBER, AND DATE CODE IN APPROX. AREA SHOWN STRAIN RELIEF 0(60316 .9 0 .500 .605 50 .37) MAX (12.70) 0.350 (8 .89) - - - 0.200 (5.08) :00, - - - 0.105 (2 .67) DIA 51 y 51 W I 0 .078 (1 .98) 51 TYP (4)PLACES PIN 14 0.213 (5 .40) TYP 0.100 (2 .54) TYP - 59 .06 (1500.00) MIN A 2.03 (51 .6) 0.180 (4.56) - 0 .820 (20 .83) 0 .863 (21 .91) 0.700 (17.78) 0 .365 (9.27) MAX 0.575 (14.61) 0.056 (1 .42) I - I - T 0.215 (5.45) 0.260 (6 .60) 0.10 (2.5) ,.,80 (29.97) ~ HE,qT SINK - - - - - - - - - - L 0 .030 (0 .75) - - - - 0 .215 (5.47) REF - - - - I - -------- I - - - - - - - - - 8 --- I 1-520 .h I Agere Systems Inc. Data Sheet June 2002 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength 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. _40 MT, A *\ 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 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-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet June 2002 Ordering Information Table 7. D2587P 20 mW CW Laser with Locker (C- and L-Band) Ordering Information Device Code ITU-T Center Frequency Wavelength (THz) (nm) Comcode Device Code D2587P41 ITU-T Center Frequency Wavelength (THz) (nm) Comcode D2587P61 196.1 1528 .77 108835422 D2587P605 196.05 1529 .16 108875220 D2587P405 108835430 D2587P40 D2587P595 195.95 1529 .94 108875238 D2587P395 193.95 1545 .72 D2587P585 195.85 1530 .72 108875246 D2587P385 193.85 1546 .52 108875469 D2587P575 195.75 1531 .51 108875253 D2587P375 108875477 D2587P565 195.65 1532 .29 D2587P37 193.75 1547 .32 108835463 108875261 D2587P365 193.65 1548 .11 D2587P555 195.55 1533 .07 108875279 D2587P355 193.55 1548 .91 108875493 D2587P545 195.45 1533 .86 108875287 D2587P345 193.45 1549 .72 108875501 D2587P535 195.35 1534 .64 108875303 D2587P335 193.35 1550 .52 108875519 D2587P525 195.25 1535 .43 108875311 D2587P325 193.25 1551 .58 108875527 195.15 1536 .22 108875329 D2587P315 108835521 D2587P31 193.15 1552 .12 108875535 D2587P505 195.05 1537 .00 108875345 D2587P305 193.05 1552 .93 108875543 D2587P495 194.95 1537 .79 108875352 D2587P295 192.95 1553 .73 108875550 D2587P485 194.85 1538 .58 108875360 D2587P285 192.85 1554 .54 108875568 D2587P475 194.75 1539 .37 108875378 D2587P275 192.75 1555 .34 108875576 1540 .16 108875386 D2587P265 1556 .15 108875584 1540 .95 108875394 D2587P255 1556 .96 108875592 1541 .75 108875402 D2587P245 1557 .77 108875600 D2587P60 D2587P59 D2587P58 D2587P57 D2587P56 D2587P55 D2587P54 D2587P53 D2587P52 D2587P515 D2587P51 D2587P50 D2587P49 D2587P48 D2587P47 D2587P465 D2587P46 D2587P455 D2587P45 D2587P445 196.0 195.9 195.8 195.7 195.6 195.5 195.4 195.3 195.2 195.1 195.0 194.9 194.8 194.7 194 .65 194.6 194 .55 194.5 194.45 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 108835448 108835455 108835471 108835489 108835497 108835505 108835513 108835539 108835547 108835554 108835562 108835570 108835588 D2587P39 D2587P38 D2587P36 D2587P35 D2587P34 D2587P33 D2587P32 D2587P30 D2587P29 D2587P28 D2587P27 D2587P26 D2587P25 194.1 1544 .53 108835620 194.0 1545 .32 108835638 194 .05 193.9 193.8 193.7 193.6 193.5 193.4 193.3 193.2 193.1 193.0 192.9 192.8 192.7 192 .65 192.6 192 .55 192.5 192.45 1544 .92 1546 .12 1546 .92 1547 .72 1548 .51 1549 .32 1550 .12 1550 .92 1551 .72 1552 .52 1553.33 1554 .13 1554 .94 1555 .75 1556 .55 1557 .36 108875451 108835646 108835653 108835661 108875485 108835679 108835687 108835695 108835703 108835711 108835729 108835737 108835745 108835752 108835760 108835778 108835786 D2587P44 194.4 1542 .14 108835596 D2587P24 192.4 D2587P435 194.35 1542 .54 108875410 D2587P235 192.35 1558 .58 108875618 D2587P425 194.25 1543 .33 108875428 D2587P225 192.25 1559 .39 108875626 D2587P415 194.15 1544 .13 108875436 D2587P215 192.15 1560 .20 108875634 D2587P43 D2587P42 10 194.3 194.2 1542 .94 1543 .73 108835604 108835612 D2587P23 D2587P22 192.3 192.2 1558 .17 108875444 1558 .98 1559 .79 108835794 108835802 108835810 Agere Systems Inc. AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Data Sheet 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 D2587P21 D2587P205 D2587P20 ITU-T Center Frequency Wavelength (THz) (nm) 192.1 192 .0 191 .95 D2587P185 191 .85 D2587P175 191 .75 D2587P9165 191 .65 D2587P9155 D2587P915 191 .55 D2587P19 D2587P18 D2587P17 D2587P916 1560 .61 192 .05 D2587P195 Comcode 1561 .01 1561 .42 191 .9 191 .6 D2587P900 190.0 108875642 D2587P8995 189.95 1578 .27 189.8 1579 .52 108876079 D2587P8975 D2587P897 189.75 189.7 1579 .93 1580 .35 108876046 108836511 1563 .86 1564 .27 108835869 109976244 D2587P896 D2587P8955 189.6 189.55 1581 .18 1581 .60 108836503 108876020 1565 .09 1565 .50 108876236 108838400 D2587P8945 D2587P894 189.45 189.4 1582 .44 1582 .85 1566 .31 1566 .72 108837139 108876210 D2587P893 D2587P8925 189.3 189.25 1583 .69 1584 .11 108836479 108875980 1567 .54 1567 .95 108876202 108837113 D2587P8915 D2587P891 189.15 189.1 1584 .95 1585 .36 108875972 108836453 108837105 108876186 D2587P890 D2587P8895 189.0 188.95 1586 .20 1586 .62 108836446 108875956 108875949 108836420 108875675 108838418 D2587P895 108836974 1580 .77 189.5 108876038 1582 .02 108876012 108836487 191 .35 D2587P9125 191 .25 D2587P9115 191 .15 D2587P9105 191 .05 1568 .77 1569 .18 D2587P9095 D2587P909 190.95 190.9 1570 .01 1570 .42 108876178 108837089 D2587P8885 D2587P888 188.85 188.8 1587 .46 1587 .88 D2587P908 D2587P9075 190.8 190.75 1571 .24 108837071 108876152 D2587P8865 D2587P887 188.7 188.65 1588 .72 1589 .15 D2587P9065 D2587P906 190.65 190.6 1572 .48 1572 .89 108876145 108837055 D2587P8855 D2587P885 188.55 188.5 1589 .99 1590 .41 108875915 108836396 D2587P905 D2587P9045 190.5 190.45 1573 .71 1574 .13 108837048 108876129 D2587P8835 D2587P884 188.4 188.35 1591 .26 1591 .68 108836388 108875899 D2587P9035 D2587P903 190.35 190.3 1574 .95 1575 .37 108837022 D2587P8825 D2587P882 188.25 188.2 1592 .52 1592 .95 D2587P9015 D2587P902 190.2 190.15 1576 .20 1576 .61 108837014 108876095 D2587P8805 D2587P881 188.1 188.05 1593 .79 1594 .22 D2587P9005 I 190.05 D2587P912 D2587P911 D2587P910 D2587P9085 D2587P907 D2587P9055 D2587P904 D2587P9025 D2587P901 191 .3 1567 .13 191 .2 1568 .36 191 .1 191 .0 108876194 1569 .59 190.85 108837097 1570 .83 108876160 1571 .65 190.7 1572 .06 190.55 108837063 1573 .30 190.4 108876137 1574 .54 190.25 108837030 108876111 1575 .78 190.1 Agere Systems Inc . 108837121 1577 .03 I 1577 .44 108876103 I 108837006 D2587P892 D2587P8905 D2587P889 D2587P8875 D2587P886 D2587P8845 D2587P883 D2587P8815 D2587P880 108876087 I I D2587P8795 I 189.35 108836495 D2587P9135 D2587P913 D2587P8935 189.65 108836982 108876061 191 .45 191 .4 108876228 D2587P8965 1578 .69 1579 .10 D2587P9145 D2587P914 1565 .90 D2587P898 189.9 189.85 108836990 108875667 108835851 108835844 D2587P899 D2587P8985 1577 .86 1562 .64 1563 .05 1564 .68 191 .5 108835828 Comcode 108835836 108875659 1563 .45 191 .7 ITU-T Center Frequency Wavelength (THz) (nm) 1561 .83 1562 .23 191 .8 Device Code 1583 .27 189.2 1584 .53 189.05 108836461 1585 .78 188.9 108875964 1587 .04 188.75 108836438 1588 .30 188.6 108875931 108836412 108875923 1589 .57 188.45 108836404 1590 .83 188.3 108875907 1592 .10 188.15 108836370 108875881 108836362 1593 .37 188.0 187 .95 108876004 108875873 108836354 108875865 1594 .64 I 1595 .06 108836347 I 108875857 11 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet 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 Center Frequency Wavelength (THz) (nm) Comcode Device Code ITU-T Center Frequency Wavelength (THz) (nm) Comcode D2587P879 D2587P8785 D2587P878 187.9 187.85 187.8 1595.49 1595.91 1596.34 108836339 108875840 108836321 D2587P870 D2587P8695 D2587P869 187.0 186 .95 186.9 1603.17 1603.60 1604.03 108835950 108875758 108835943 D2587P877 187.7 1597.19 108836313 D2587P868 186.8 1604.88 108835935 D2587P8775 187.75 D2587P8765 187.65 D2587P8755 187.55 D2587P8745 187.45 D2587P876 D2587P875 D2587P874 D2587P8735 D2587P873 D2587P8725 D2587P872 D2587P8715 D2587P871 D2587P8705I 12 1596 .76 1597 .62 187.6 187.1 187.05 108875816 D2587P8665 186.65 1599 .32 108875808 D2587P8655 186.55 1607 .04 1600.17 1600.60 1601 .03 1601 .46 108875790 108835984 108875782 108835976 D2587P8645 D2587P864 D2587P8635 D2587P863 186 .45 186.4 186 .35 186.3 1607.90 1608.33 1608.76 1609.19 108835968 D2587P862 186.2 1599 .75 187.15 1601 .88 I 1604 .46 186.75 1598.89 187.4 186.85 D2587P8675 1598 .47 187.35 187.3 187.25 187.2 D2587P8685 108875824 1598.04 187.5 108875832 1602.31 1602 .74 108836016 108836008 108835992 108875774 I 108875766 I I D2587P867 D2587P866 D2587P865 D2587P8625 186.7 186.6 186.5 186.25 1605 .31 1605.74 1606 .17 1606.60 108875741 108875733 108835927 108875725 108835919 108875717 1607 .47 108835901 1609 .62 108875683 1610.06 108875709 108835893 108875691 108835885 108835877 Agere Systems Inc. AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Data Sheet 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 D2547P61 D2547P60 D2547P59 D2547P58 D2547P57 D2547P56 D2547P55 D2547P54 D2547P53 D2547P52 D2547P51 D2547P50 D2547P49 D2547P48 D2547P47 D2547P46 D2547P45 D2547P44 D2547P43 D2547P42 D2547P41 D2547P40 D2547P39 I ITU-T Frequency (THz) 196 .1 196 .0 195 .9 195 .8 195 .7 195 .6 195 .5 195 .4 195 .3 195 .2 195 .1 195 .0 194 .9 194 .8 194 .7 194 .6 194 .5 194 .4 194 .3 194 .2 194 .1 194 .0 193 .9 Agere Systems Inc . Center Wavelength (nm) 1528 .77 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 I 1546.12 I Comcode 108838301 108838293 108838285 108838277 108838269 108838251 108838244 108838236 108838228 108838210 108838202 108838194 108838186 108838178 108838160 108838152 108838145 108838137 108838129 108838111 108838103 108838095 108838087 Device Code D2547P38 D2547P37 D2547P36 D2547P35 D2547P34 D2547P33 D2547P32 D2547P31 D2547P30 D2547P29 D2547P28 D2547P27 D2547P26 D2547P25 D2547P24 D2547P23 D2547P22 D2547P21 D2547P20 D2547P19 D2547P18 D2547P17 ITU-T Frequency (THz) Center Wavelength (nm) Comcode 193 .8 193 .7 193 .6 193 .5 193 .4 193 .3 193 .2 193 .1 193 .0 192 .9 192 .8 192 .7 192 .6 192 .5 192 .4 192 .3 192 .2 192 .1 192 .0 191 .9 191 .8 191 .7 1546.92 1547.72 1548.51 1549.32 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 108838079 108838061 108838053 108838046 108838038 108838020 108838012 108838004 108837998 108837980 108837972 108837964 108837956 108837949 108837931 108837923 108837915 108837907 108837899 108837881 108837873 108837865 13 AdLib OCR Evaluation Wavelength-Selected, High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Data Sheet June 2002 Ordering Information (continued) Table 9. D2547P 20 mW CW Laser Without Locker (L-Band) Ordering Information Device Code D2547P916 D2547P915 D2547P914 D2547P913 D2547P912 D2547P911 D2547P910 D2547P909 D2547P908 D2547P907 D2547P906 D2547P905 D2547P904 D2547P903 D2547P902 D2547P901 D2547P900 D2547P899 D2547P898 D2547P897 D2547P896 D2547P895 D2547P894 D2547P893 D2547P892 D2547P891 D2547P890 D2547P889 I 14 ITU Frequency (THz) Center Wavelength (nm) Comcode 191 .6 191 .5 191 .4 191 .3 191 .2 191 .1 191 .0 190.9 190.8 190.7 190.6 190.5 190.4 190.3 190.2 190.1 190.0 189.9 189.8 189.7 189.6 189.5 189.4 189.3 189.2 189.1 189.0 188.9 1564.68 1565.50 1566.31 1567.13 1567.95 1568 .77 1569.59 1570.42 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 108837840 108837832 108837824 108837816 108837808 108837790 108837782 108837774 108837766 108837758 108837741 108837733 108837725 108837717 108837709 108837691 108837683 108837675 108837667 108837659 108837642 108837634 108837626 108837618 108837600 108837592 108837584 I 108837576 I Device Code D2547P888 D2547P887 D2547P886 D2547P885 D2547P884 D2547P883 D2547P882 D2547P881 D2547P880 D2547P879 D2547P878 D2547P877 D2547P876 D2547P875 D2547P874 D2547P873 D2547P872 D2547P871 D2547P870 D2547P869 D2547P868 D2547P867 D2547P866 D2547P865 D2547P864 D2547P863 D2547P862 ITU Frequency (THz) Center Wavelength (nm) Comcode 188.8 188.7 188.6 188.5 188.4 188.3 188.2 188.1 188.0 187.9 187.8 187.7 187.6 187.5 187.4 187.3 187.2 187.1 187.0 186.9 186.8 186.7 186.6 186.5 186.4 186.3 186.2 1587.88 1588.73 1589.57 1590.41 1591 .26 1592 .10 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 108837568 108837394 108837386 108837378 108837360 108837352 108837345 108837337 108837329 108837311 108837303 108837295 108837287 108837279 108837261 108837253 108837246 108837238 108837220 108837212 108837204 108837196 108837188 108837170 108837162 108837154 108837147 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 or the 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 (c) 2002 Agere Systems Inc . All Rights Reserved June 2002 DS02-262OCN (Replaces DS00-263OPTO-2) a 'ere sys 8 tems