AdLib OCR Evaluation systems a ' e re 8 Data Sheet, Rev. 3 July 2001 132570, 132526, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Applications . Three direct-modulated DWDM families available to meet a number of OC-48/STM-16 applications : - Extended reach (100 km) -Very long reach (170 km) -Metro DWDM - Digital video Product Codes The 1 .5 Rm 132570, D2526G, and D2555 Laser Modules are available in a 14-pin, hermetic, butterfly package. Features . ITU wavelengths available from 1528 .77 nm -1610 .06 nm . SON ET/SDH compatible up to OC-48/STM-16 . Temperature tunable for precise wavelength selection . Integrated optical isolator . High-performance, multiquantum well (MOW) distributed-feedback (DFB) laser . Industry-standard, 14-pin butterfly package . Characterized at 2 .488 Gbits/s (NRZ) . InGaAs, PIN photodetector back-facet monitor . Low threshold current . High-reliability, hermetic packaging . Excellent long-term wavelength stability can eliminate the need for external wavelength locker . Qualified to meet the intent of Telcordia Technologies* 468 * Telcordia Technologies is a trademark of Telcordia Technologies, Inc . Product Code Peak Power Dispersion Performance D2570H D2526G D2555G I 10 mW 2 mW 2 mW 1800 ps/nm (100 km) 1800 ps/nm (100 km) 3000 ps/nm (170 km) I Description The Direct Modulated Isolated DFB Laser Module contains an internally cooled, InGaAs, MOW, distributed-feedback (DFB) laser designed for 1 .5 ~tm applications . The following three direct-modulation DWDM product families have been established to meet various OC-48/STM-16 system applications : . 132526-type : designed to be used in OC-48/ STM-16 (2 .488 Gbits/s) for extended reach, dense WDM applications (1800 ps/nm) . The wavelength of the laser can be temperature-tuned for precise wavelength selection by adjusting the temperature of the internal thermoelectric cooler. . 132555-type : high-performance device designed for very low dispersion ; used in fiber spans exceeding 170 km (3000 ps/nm) . . 132570-type : high-power, direct-modulated laser eliminates the need for optical amplifiers in DWDM many applications . AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Description (continued) Data Sheet, Rev. 3 July 2001 Pin Information Controlled Feedback Pin Name 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Thermistor Thermistor Laser do Bias (Cathode) (-) Back-facet Monitor Anode (-) Back-facet Monitor Cathode (+) Thermoelectric Cooler (+)* Thermoelectric Cooler (-)t Case Ground Case Ground Case Ground Laser Anode (+)t RF Laser Input Cathode (-) Laser Anode (+)t Case Ground 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 thermoelectric cooler (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 -40 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 An internal, InGaAs, PIN photodiode functions as the back-facet 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. Standard Package The laser module is fabricated in a 14-pin, hermetic, metal/ceramic butterfly package that incorporates a bias tee, which separates the dc-bias path from the RF input. The RF input has a nominal 25 52 impedance . * A positive current through the thermoelectric heat pump cools the laser . t Both leads should be grounded for optimum performance . 7 6 5 ?+ I TEC ?+ 4 ?- 3 7- L1 160 nH I TH 10 kQ R1 PACKAGE GROUNDS 8 Top view. s 2 ISOLATOR NC 1o ' z b 14 1-567Fb Figure 1 . Circuit Schematic The laser module is equipped with SMF-28 type fiber. The fiber has a 900 pm tight buffer jacket . Various connectors and pigtail lengths are available . Agere Systems' optoelectronic components are being qualified to rigorous internal standards that are consistent with Telcordia Technologies TR-NWT 000468 . All design and manufacturing operations are ISO" 9001 certified . The module is being fully qualified for central office applications . * ISO is a registered trademark of The International Organization for Standardization . t SMF-28 is a trademark of Corning Inc . 2 Agere Systems Inc. Data Sheet, Rev. 3 July 2001 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module 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 performance characteristics of the data sheet. Exposure to absolute maximum ratings for extended periods can adversely affect device reliability. Parameter Laser Reverse Voltage do Forward Current Operating Case Temperature Range Storage Case Temperature Range* Photodiode Reverse Voltage Photodiode Forward Current Symbol Min Max Unit VRLMAX -40 -40 - 2 150 70 85 10 2 V mA C C V mA IFLMAX Tc Tstg VRPDMAX I IFPDMAX I I I * Does not apply to shipping container . Handling Precautions Mounting Instructions Power Sequencing The minimum fiber bend radius is 1 .23 in (31 .25 mm) . To avoid the possibility of damage to the laser module from power supply switching transients, follow this turnon 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 Systems 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 k3/a, 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: Parameter Human-body Model Agere Systems Inc . Value I >400 Unit I 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 pin . (0 .8 pm), and the surface flatness must be better than 0 .001 in. (25 .4 pm) . 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 (2 .18) 0 .031 (0 .79) 0.140 ~6 I 1I I (3 .56) 1 0.129 (3 .28) R I 0.041 (1 .04) 1-532 Note : Dimensions are in inches and (millimeters) . Figure 2. Fillister Head Screw V 3 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Data Sheet, Rev. 3 July 2001 D2526 Characteristics Minimum and maximum values are testing requirements. Typical values are characteristics of the device and are the result of engineering evaluations . Typical values are for information purposes only and are not part of the testing requirements . Table 1 . Electrical Characteristics (at 25 C laser temperature) Parameter Slope Efficiency Threshold Current Laser Forward Voltage Laser Submount Temperature Monitor Reverse-bias Voltage* Monitor Current Monitor Dark Current Input Impedance Thermistor Current Resistance Ratios Thermistor Resistance TEC Current TEC Voltage TEC Capacity Symbol 11 ITH VLF TLASER VRMON IRMON ID Zw ITC RTH ITEC I VTEC AT Test Conditions LF = 2 mW (CW) LF = 2 mW (CW) POL = 1 MW (CW) IF = 0, VRMON = 5 V TL = 25 C TL = 25 O C, Tc = 70 C TL = 25 O C, Tc = 700C I Tc = 70 C I Min Typ Max 0 .06 20 3 0.1 10 9.1 9.5 - 0 .09 14 1 .3 5 0.3 0 .01 25 0 .6 1 .3 - 0.13 30 1 .8 30 10 1 .5 0 .1 100 9 .6 10 .5 1 .0 2.0 50 I Unit mW/mA mA V C V mA ~A 52 ~,A 162 A V C I I * Standard operating condition is 5 .0 V reverse bias . t Ratio of thermistor resistance at 0 C to thermistor resistance at 50 'C. Table 2. Optical Characteristics (at 25 C laser temperature) Parameter Peak Optical Output Power Center Wavelength (See Table 10 .) Line Width (3 dB full width) Side-mode Suppression Ratio Optical Isolation Wavelength Drift (EOL) Center Wavelength Drift with Case Temperature Wavelength Temperature Tuning Coefficient Tracking Error I Symbol Test Conditions kc TL = 25 C CW wavelength AX Modulated at 2 .5 Gbits/s at rated power SMSR CW Tc = 0 C to 70 C AX Tested over 25-year lifetime Akc/ATc 0 C<_ Tc <_ 70 C PPEAK - - - I Tc = -20 C/25 C/70 C~ Min Typ Max Unit 2.0 1528 .77 - 1610 .06 mW nm - 2 10 MHz 30 30 - - 0.1 dB dB nm - - 1 pm/C - 0.095 - nm/C - I - I 1 I dB Table 3. Dispersion Performance Parameter Dispersion Penalty for Extended Reach Symbol I DP I Test Conditions 1800 ps/nm Min I - Typ I - Max I 2 .0 Unit I dB Agere Systems Inc. Data Sheet, Rev. 3 July 2001 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module D2555 Characteristics Minimum and maximum values are testing requirements. Typical values are characteristics of the device and are the result of engineering evaluations . Typical values are for information purposes only and are not part of the testing requirements . Table 4. Electrical Characteristics (at 25 C laser temperature) Parameter Slope Efficiency Threshold Current Laser Forward Voltage Laser Submount Temperature Monitor Reverse-bias Voltage* Monitor Current Monitor Dark Current Input Impedance Thermistor Current Resistance Ratios Thermistor Resistance TEC Current TEC Voltage TEC Capacity Symbol 11 ITH VLF TLASER VRMON IRMON ID Zw ITC RTH ITEC I VTEC AT Test Conditions LF = 2 mW (CW) LF = 2 mW (CW) POL = 1 MW (CW) IF = 0, VRMON = 5 V TL = 25 C TL = 25 O C, Tc = 70 C TL = 25 O C, Tc = 700C I Tc = 70 C I Min Typ Max 0.05 20 3 0 .1 10 9.1 9.5 - 0.08 12 1 .3 5 0.3 0.01 25 0.6 1 .3 - I 0 .10 35 1 .8 30 10 1 .9 0 .1 100 9 .6 10.5 1 .0 2 .0 50 I Unit mW/mA mA V C V mA ~A 52 pA 162 A V 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. Optical Characteristics (at 25 C laser temperature) Parameter Symbol Test Conditions Min Typ Max Unit Peak Optical Output Power Center Wavelength (See Table 11 .) Line Width (3 dB full width) PPEAK 2.0 1528 .77 - 1563.86 mW nm - 2 10 MHz Side-mode Suppression Ratio Optical Isolation Wavelength Drift (EOL) SMSR AX TL = 25 C CW wavelength Modulated at 2 .5 Gbits/s at rated power CW Tc = 0 C to 75 C Tested over 25-year lifetime 0 C<_ Tc <_ 75 C 30 30 - - 0.1 dB dB nm - - 1 pm/ C - 0 .095 - nm/C kc AX Akc/ATc Center Wavelength Drift with Case Temperature Wavelength Temperature Tuning Coefficient Tracking Error I I Tc=-20 0C/25 C/70 q - I - I 1 I dB Table 6. Dispersion Performance Parameter Dispersion Penalty for Extended Reach Agere Systems Inc . Test Conditions Symbol DP I 3000 ps/nm Min I - Typ I - Max I 2.0 Unit I dB 5 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Data Sheet, Rev. 3 July 2001 D2570 Characteristics Minimum and maximum values are testing requirements. Typical values are characteristics of the device and are the result of engineering evaluations . Typical values are for information purposes only and are not part of the testing requirements . Table 7. Electrical Characteristics (at 25 C laser temperature) Parameter Slope Efficiency Threshold Current Laser Forward Voltage Laser Submount Temperature Monitor Reverse-bias Voltage* Monitor Current Monitor Dark Current Input Impedance Thermistor Current Resistance Ratios Thermistor Resistance TEC Current TEC Voltage TEC Capacity Symbol 11 ITH VLF TLASER VRMON IRMON ID Zw ITC RTH ITEC I VTEC AT Test Conditions LF = 10 MW (CW) LF = 10 MW (CW) POL = 5 mW (CW) IF = 0, VRMON = 5 V TL = 25 C TL = 25 O C, Tc = 70 C TL = 25 O C, Tc = 700C I Tc = 70 C I Min Typ Max 0 .12 20 3 0 .25 10 9.1 9.5 - 0 .15 14 1 .3 5 0.7 0 .01 25 0.6 1 .3 - 0.2 mW/mA 25 mA 1 .8 V 30 C 10 V 1 .25 mA 0.1 ~A 52 100 pA 9.6 162 10 .5 1 .0 A 2.0 V 50 I C I I Unit * Standard operating condition is 5 .0 V reverse bias . t Ratio of thermistor resistance at 0 C to thermistor resistance at 50 C . Table 8. Optical Characteristics (at 25 C laser temperature) Parameter Peak Optical Output Power Center Wavelength (See Table 12 .) Line Width (3 dB full width) Side-mode Suppression Ratio Optical Isolation Wavelength Drift (EOL) Center Wavelength Drift with Case Temperature Wavelength Temperature Tuning Coefficient Tracking Error I Symbol Test Conditions kc TL = 25 C CW wavelength AX Modulated at 2.5 Gbits/s at rated power SMSR CW Tc = 0 C to 70 C AX Tested over 25-year lifetime Akc/ATc 0 C<_ Tc <_ 70 C PPEAK - - - I Tc = -20 C/25 C/70 C~ Min Typ Max Unit 10 1528.77 - 1610.06 mW nm - 2 10 MHz 30 30 - - 0 .1 dB dB nm - - 1 pm/C - 0.095 - nm/C - I - 1 I I dB Table 9. Dispersion Performance Parameter Dispersion Penalty for Extended Reach Test Conditions Symbol I DP I 1800 ps/nm Min I - Typ I - Max I 2.5 Unit I dB Agere Systems Inc. AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Data Sheet, Rev. 3 July 2001 Direct Modulated Isolated DFB Laser Module Outline Drawings Dimensions are in inches and (millimeters) . 1 .025 (26.04) 0.500 (12.70) MIN 0.605 (15.37) MAX 0.500 (12.70) PIN 1 0.103 0.002 (2.5430.651)~~ If 0.020 (0.51) TYP aaaaaa TRADEMARK, CODE, LASER SERIAL NUMBER, AND DATE CODE IN APPROX . AREA SHOWN STRAIN RELIEF 0.036 (0 .91) T_ 0.350 (8.89 1 I) - I - O_ - - - - - I u 0.200 (5 .0S) --- I 0.078 (1 .98) 0.105 (2 .67) DIA TYP (4) PLACES -PIN 14 0.213 (5.40) TYP 0.100 (2.54) TYP 39.37 (1000 .00) MIN 2.03 (51 .6) 0.180 (4s6) 0.820 (20.83) 0.863 (21.91) 0.700 (17 .78) 0.365 (9.27) MAX 0 575(14.61) 0.260 (6 .60) 0.10 (2 .5) I 0.056 (1 .42) - - - i T 0.215 (5 .45) 1 180 (29.97) \ 0.215 0 030 (0 .75) (5 47 REF HEAT SINK - ' - ' - ' - ' - ' - ' - ' I I Agere Systems Inc . - ' ------------ I I ___________~ 1-520 .g 7 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Data Sheet, Rev. 3 July 2001 Ordering Information Table 10 . Ordering Information D2526G (FC-PC Connector) Device Code ITU Freq . (THz) Center Wavelength (nm) D2526G61 196 .1 D2526G60 196 .0 D2526G59 D2526G58 Device Code ITU Freq . (THz) Center Wavelength (nm) 1528 .77 108221599 D2526G19 191 .9 1562 .23 108003260 1529 .55 108221581 D2526G18 191 .8 1563 .05 108221540 195 .9 1530 .33 108221573 D2526G17 191 .7 1563 .86 108221532 195 .8 1531 .12 108221565 D2526G916 191 .6 1564 .68 108512526 191 .5 1565 .50 108512518 Comcode D2526G57 195 .7 1531 .90 108221557 D2526G915 D2526G56 195 .6 1532 .68 108003658 D2526G914 191 .4 1566 .31 108479858 D2526G55 195 .5 1533 .47 108003641 D2526G913 191 .3 1567 .13 108479841 D2526G54 195 .4 1534 .25 108003633 D2526G912 191 .2 1567 .95 108479833 191 .1 1568 .77 108479825 D2526G53 195 .3 1535 .04 108003625 D2526G911 D2526G52 195 .2 1535 .82 108003617 D2526G910 191 .0 1569 .59 108479817 D2526G51 195 .1 1536 .61 108003609 D2526G909 190 .9 1570 .42 108479809 D2526G50 195 .0 1537 .40 108003591 D2526G908 190 .8 1571 .24 108480369 D2526G49 194 .9 1538 .19 108003583 D2526G907 190 .7 1572 .06 108480351 D2526G48 194 .8 1538 .98 108003575 D2526G906 190 .6 1572 .89 108480344 D2526G47 194 .7 1539 .77 108003567 D2526G905 190 .5 1573 .71 108479791 D2526G46 194 .6 1540 .56 108003559 D2526G904 190 .4 1574 .54 108479783 D2526G45 194 .5 1541 .35 108003542 D2526G903 190 .3 1575 .37 108479775 190 .2 1576 .20 108479767 D2526G44 194 .4 1542 .14 108003534 D2526G902 D2526G43 194 .3 1542 .94 108003526 D2526G901 190 .1 1577 .02 108479759 190 .0 1577 .85 108479742 D2526G42 194 .2 1543 .73 108003518 D2526G900 D2526G41 194 .1 1544 .53 108003500 D2526G899 189 .9 1578 .69 108480336 189 .8 1579 .52 108479734 D2526G40 194 .0 1545 .32 108003492 D2526G898 D2526G39 193 .9 1546 .12 108003484 D2526G897 189 .7 1580 .35 108479700 D2526G38 193 .8 1546 .92 108003476 D2526G896 189 .6 1581 .18 108479692 D2526G37 193 .7 1547 .72 108003468 D2526G895 189 .5 1582 .02 108479684 D2526G36 193 .6 1548 .51 108003450 D2526G894 189 .4 1582 .85 108479676 D2526G35 193 .5 1549 .32 108003443 D2526G893 189 .3 1583 .69 108479668 D2526G34 193 .4 1550 .12 108003435 D2526G892 189 .2 1584 .53 108479650 D2526G33 193 .3 1550 .92 108003427 D2526G891 189 .1 1585 .36 108479643 D2526G32 193 .2 1551 .72 108003419 D2526G890 189 .0 1586 .20 108479635 D2526G31 193 .1 1552 .52 108003385 D2526G889 188 .9 1587 .04 108479627 D2526G30 193 .0 1553 .33 108003377 D2526G888 188 .8 1587 .88 108479619 188 .7 1588 .72 108479601 D2526G29 192 .9 1554 .13 108003369 D2526G887 D2526G28 192 .8 1554 .94 108003351 D2526G27 192 .7 1555 .75 108003344 D2526G886 188 .6 1589 .57 108479585 D2526G26 192 .6 1556 .55 108003336 D2526G885 188 .5 1590 .41 108479577 D2526G884 188 .4 1591 .25 108479569 D2526G25 192 .5 1557 .36 108003328 D2526G883 188 .3 1592 .10 108479551 D2526G24 192 .4 1558 .17 108003310 D2526G882 188 .2 1592 .95 108479544 D2526G23 192 .3 1558 .98 108003302 D2526G22 192 .2 D2526G881 188 .1 1593 .79 108479536 1559 .79 108003294 192 .1 D2526G880 188 .0 1560 .61 108003286 I I D2526G879 I 187 .9 D2526G21 8 Comcode I I 1594 .64 I 1595 .49 108479528 I 108479510 Agere Systems Inc. Data Sheet, Rev. 3 July 2001 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Ordering Information (continued) Table 10. Ordering Information D2526G (FC-PC Connector) (continued) Device Code ITU Freq. (THz) Center Wavelength (nm) Comcode Device Code ITU Freq. (THz) Center Wavelength (nm) D2526G20 192 .0 1561 .42 108003278 D2526G878 187 .8 1596 .34 108479502 D2526G877 187 .7 1597 .19 108479494 D2526G869 186 .9 1604 .33 108578220 D2526G876 187 .6 1598 .04 108479486 D2526G868 186 .8 1604 .88 108578204 D2526G875 187 .5 1598 .89 108479478 D2526G867 186 .7 1605 .74 108578196 D2526G874 187 .4 1599 .75 108479460 D2526G866 186 .6 1606 .60 108578188 D2526G873 187 .3 1600 .60 108479452 D2526G865 186 .5 1607 .47 108578162 D2526G872 187 .2 1601 .45 108479445 D2526G864 186 .4 1608 .33 108578154 D2526G871 187 .1 1602 .31 108479437 D2526G863 186 .3 1609 .19 108578105 D2526G870 I 187 .0 D2526G862 I 186 .2 I 1603 .17 I 108578246 II I 1610 .06 Comcode I 108578097 Table 11 . Ordering Information D2555G (FC-PC Connector) Device Code ITU Freq . (THz) Center Wavelength (nm) Comcode Device Code ITU Freq. (THz) Center Wavelength (nm) Comcode D2555G61 196 .1 1528 .77 108309113 D2555G38 193 .8 1546 .92 108167008 D2555G60 196 .0 1529 .55 108309105 D2555G37 193 .7 1547 .72 108166992 D2555G59 195 .9 1530 .33 108309089 D2555G36 193 .6 1548 .51 108166984 D2555G58 195 .8 1531 .12 108309071 D2555G35 193 .5 1549 .32 108166976 D2555G57 195 .7 1531 .90 108309063 D2555G34 193 .4 1550 .12 108166968 D2555G56 D2555G55 195 .6 195 .5 1532 .68 1533 .47 108167180 108167172 D2555G33 D2555G32 193 .3 193 .2 1550 .92 1551 .72 108166950 108166943 D2555G54 195 .4 1534 .25 108167164 D2555G31 193 .1 1552 .52 108166935 D2555G53 195 .3 1535 .04 108167156 D2555G30 193 .0 1553 .33 108166927 D2555G52 195 .2 1535 .82 108167149 D2555G29 192 .9 1554 .13 108166877 D2555G51 195 .1 1536 .61 108167131 D2555G28 192 .8 1554 .94 108166851 D2555G50 195 .0 1537 .40 108167123 D2555G27 192 .7 1555 .75 108166836 D2555G49 D2555G48 194 .9 194 .8 1538 .19 1538 .98 108167115 108167107 D2555G26 D2555G25 192 .6 192 .5 1556 .55 1557 .36 108166810 108166794 D2555G47 194 .7 1539 .77 108167099 D2555G24 192 .4 1558 .17 108166786 D2555G46 194 .6 1540 .56 108167081 D2555G23 192 .3 1558 .98 108166760 D2555G45 194 .5 1541 .35 108167073 D2555G22 192 .2 1559 .79 108166745 D2555G44 194 .4 1542 .14 108167065 D2555G21 192 .1 1560 .61 108166737 D2555G43 194 .3 1542 .94 108167057 D2555G20 192 .0 1561 .42 108166695 D2555G42 D2555G41 194 .2 194 .1 1543 .73 1544 .53 108167040 108167032 D2555G19 D2555G18 191 .9 191 .8 1562 .23 1563 .05 108166687 108309972 108167024 D2555G17 191 .7 1563 .86 108309964 D2555G40 D2555G39 194 .0 I 193 .9 Agere Systems Inc . 1545 .32 I 1546 .12 I 108167016 9 AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Direct Modulated Isolated DFB Laser Module Data Sheet, Rev. 3 July 2001 Ordering Information (continued) Table 12. Ordering Information D2570H (ST(O Ferrule) Device Code ITU Freq . (THz) Center Wavelength (nm) Comcode Device Code ITU Freq . (THz) Center Wavelength (nm) Comcode D2570H61 196.1 1528 .77 108278425 108278417 D2570H18 D2570H17 191 .8 191 .7 1563 .05 108277369 108277351 D2570H58 D2570H57 195.8 195.7 D2570H60 D2570H59 D2570H56 D2570H55 D2570H54 D2570H53 D2570H52 D2570H51 196.0 195.9 195.6 195.5 195.2 195.1 195.0 194 .9 D2570H47 D2570H46 194.7 194.6 D2570H45 D2570H44 D2570H43 D2570H42 D2570H41 D2570H40 D2570H39 D2570H38 D2570H37 D2570H36 D2570H35 D2570H34 D2570H33 D2570H32 D2570H31 D2570H30 D2570H29 D2570H28 D2570H27 D2570H26 D2570H25 D2570H24 D2570H23 D2570H22 D2570H21 10 D2570H20 D2570H19 I 1531 .90 1534 .25 1535 .04 108277492 108277484 1535 .82 1536 .61 1537 .40 194.8 1538 .19 1538 .98 194.5 194.4 1541 .35 1542 .14 1539 .77 1540 .56 194.3 194.2 1542 .94 194.1 1543 .73 1544 .53 193 .8 193 .7 1546 .92 1547 .72 194.0 193 .9 1545 .32 1546 .12 193 .6 193 .5 1548 .51 1549 .32 193 .4 1550 .12 193 .3 193 .2 1550 .92 1551 .72 193 .1 193 .0 1552 .52 1553 .33 192.9 192 .8 1554 .13 1554 .94 192.7 192 .6 1555 .75 1556 .55 1557 .36 192.5 192.4 192.3 1558 .17 1558 .98 192.2 192.1 192.0 191 .9 1559 .79 I 108278409 108278391 108278383 1532 .68 1533 .47 195.4 195.3 D2570H50 D2570H49 D2570H48 1529 .55 1530 .33 1531 .12 1560 .61 1561 .42 1562 .23 108277914 108277500 108277476 108277468 108277450 108277443 D2570H916 D2570H915 D2570H914 D2570H913 D2570H912 D2570H911 D2570H910 D2570H909 D2570H908 D2570H907 108277435 D2570H906 D2570H905 108277393 108177924 D2570H902 D2570H901 108277427 108277419 108177916 108177908 108177890 108177882 108177874 108177866 108177858 108177841 108177833 108177153 108177825 108177809 108177791 108177783 108177767 108177759 108177742 108177734 D2570H904 D2570H903 191 .4 1565 .50 1566 .31 191 .1 191 .0 1568 .77 1569 .59 191 .3 191 .2 D2570H895 D2570H894 D2570H893 D2570H892 D2570H891 D2570H890 D2570H889 D2570H888 D2570H887 D2570H886 D2570H885 D2570H884 D2570H883 D2570H882 108177692 108177684 D2570H879 D2570H878 D2570H881 D2570H880 108277385 D2570H877 I 108277377 II D2570H876 I 108488115 108488107 108488099 108488081 108488073 108488065 108488057 1573 .71 190 .4 190 .3 1574 .54 1575 .37 190 .2 108488040 108488032 1576 .20 1577 .02 189 .9 189 .8 108488024 1577 .85 108488016 108488008 1580 .35 1581 .18 108487976 108487968 1578 .69 1579 .52 189 .5 189 .4 108487992 108487984 1582 .02 1582 .85 189 .3 189 .2 108487950 108487943 1583 .69 1584 .53 189 .1 108487935 108487927 1585 .36 189 .0 188 .9 108487919 1586 .20 1587 .04 188 .8 188 .7 108487901 108487893 1587 .88 1588 .72 188 .6 108487885 108487877 1589 .57 1590 .41 188 .5 188 .4 108487869 108487851 108487844 1591 .25 1592 .10 188 .3 188 .2 188 .1 188 .0 1592 .95 108487836 108487828 1595 .49 108487794 1593 .79 1594 .64 187 .9 187 .8 187 .7 187 .6 108488131 108488123 1572 .06 1572 .89 190 .6 190 .5 189 .7 189 .6 108488149 1570 .42 1571 .24 190 .8 190 .7 D2570H897 D2570H896 108512500 108512492 1567 .13 1567 .95 190 .9 190 .1 190 .0 108177726 108177718 108177700 191 .6 191 .5 D2570H900 D2570H899 D2570H898 1563 .86 1564 .68 I 1596 .34 1597 .19 1598 .04 108487810 108487802 I 108487786 108487778 108487760 Agere Systems Inc. AdLib OCR Evaluation D2570, D2526G, D2555 Wavelength-Selected Data Sheet, Rev. 3 July 2001 Direct Modulated Isolated DFB Laser Module Ordering Information (continued) Table 12. Ordering Information D2570H (STFerrule) (continued) Device Code ITU Freq . (THz) Center Wavelength (nm) Comcode Device Code ITU Freq . (THz) Center Wavelength (nm) Comcode D2570H875 187 .5 1598 .89 108487752 D2570H868 186.8 1604 .88 108578634 D2570H867 186.7 1605 .74 108578618 D2570H866 186.6 1606 .60 108578469 D2570H865 186.5 1607 .47 108578428 D2570H864 186.4 1608 .33 108578410 D2570H863 186.3 1609 .19 108578402 D2570H874 187 .4 D2570H873 187 .3 D2570H872 1599 .75 108487745 1600 .60 108487737 187 .2 1601 .45 108487729 D2570H871 187 .1 1602 .31 108487711 D2570H870 187 .0 1603 .17 108578659 D2570H869 I 186 .9 I 1604 .33 I 108578642 I I D2570H862 I 186.2 I 1610 .06 I 108578394 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. The device has been classified with the FDA under accession number 8720010 . This product complies with 21 CFR 1040.10 and 1040 .11 . 8.3 ~tm/125 ~tm single-mode fiber pigtail with 900 ~tm tight buffer jacket and connector Wavelength = 1 .5 pm 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. D 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 r INVISIBLE LASER RADIATION EMITTED FROM END OF FIBER OR CONNECTOR l Avoid exposure to beam /l Class Illb Laser Product FDA/CDRH, 21 CFR 1040 Max. Output : 40 mW Wavelength : 1 .5 [rm Agere Systems Inc . 11 AdLib OCR Evaluation 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 PACIFIC: Agere Systems Singapore Pte. Ltd., 77 Science Park Drive, #03-18 Cintech III, Singapore 118256 Tel. (65) 778 8833, FAX (65) 777 7495 CHINA: Agere Systems (Shanghai) Co ., Ltd., 33/1' Jin Mao Tower, 88 Century Boulevard Pudong, Shanghai 200121 PRC Tel. (86) 21 50471212, FAX (86) 21 50472266 JAPAN: Agere Systems Japan Ltd., 7-18, Higashi-Gotanda 2-chome, Shinagawa-ku, Tokyo 141, Japan Tel. (81) 3 5421 1600, FAX (81) 3 5421 1700 EUROPE : Data Requests : DATALINE : Tel. (44) 7000 582 368, FAX (44) 1189 328 148 Technical Inquiries : OPTOELECTRONICS MARKETING: (44) 1344 865 900 (Ascot UK) 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 . ST is a registered trademark of Agere Systems Inc . Copyright (R) 2001 Agere Systems Inc. All Rights Reserved July 2001 DS00-165OPTO-3 (Replaces DS00-165OPTO-2) a -ere s 8 yste ms