oki electronic components p ed foat1046x - v3 - 01 issue data : feb . 4, 2002 oat1046x - v3 - z - yy - ww preliminary oc19 2/stm - 64 optical transceiver module 1 / 6 a pplication oc - 192 and stm - 64 serdes transceiver module for cwdm type1 features transmission distance 40km(dispersion 800ps/nm) wavelength 1550nm wdm wavelength stability +/ - 25ghz minimum sensitivity < ? 22dbm 1:16 demux with lvds different ial 622mbps data outputs 16:1 mux with lvds differential 622mbps data inputs tx/rx loss of lock compact size supply voltage; +3.3v and - 5.2v specification optical interface specifications parts number oat1046x - v3 - z - yy parameter for cwdm type1 units transmitter module pout - 3 to +0 dbm l c 1530 to 1565 nm op tical output waveform itu - t g.691 stm - 64 unamplified mask standard extinction ratio 8.2 db dl 20 1.0 nm smsr 30 db jitter generation compliant with gr - 253 receiver module minimum sensitivity - 22 dbm minimum overload - 5(note1) dbm l c_rx 1290 ~ 1600 nm rx return loss 27 db jitter generation, tolerance and transfer compliant with gr - 253 optical path d lrmax 800 ps/nm system optical return loss 24 db optical path p enalty 2 db
pedf oat1046x - v3 - 01 oki semiconductor oat 1046x - v3 - z - yy - ww 2 / 6 power supply parameter symbol min. typ. max. units imax supply voltage vdd 3.1 3 3.3 3.4 7 v 2.5a vee - 4.9 4 - 5.2 - 5.45 v 0.6a power consumption 8 11 w operating temperature(case temperature) 0 to 65 degc dimensions (with out heat sink) dimensions units width 88.9 length 114.3 height 13 mm connector optical select sc / fc / lc / mu electrical 300pin berg megarray@84502 - 10x
pedf oat1046x - v3 - 01 oki semiconductor oat 1046x - v3 - z - yy - ww 3 / 6 block diagram ordering information oat1046 x - v3 - z - yy - ww x z yy ww optical connector bitrate(gbps) fiber length wavelength s sc a 9.95 10 1m f fc b 10.3 05 0.5m l lc c 9.95/10.3/10.7 m mu d 10.7 table 1 lstempmon lsbiasmon lspowmon lsenable txdin0-15p/n txpiclkp/n oc192 optical output txlockerr tx e-o driver power control lsbiasalm lstempalm temp control txrefclkp/n rxpoclkp/n rxdout0-15p/n rxrefclkp/n rxlockerr oc192 optical input rxpowmon i2cdata i2cclock rx o-e cdr with demux post amp up eeprom txpclkp/n mux with cmu txreset txrefsel optional function manufacturing infomation stored txmclkp/n rxlckref alm rxpowalm rxreset rxmclkp/n
pedf oat1046x - v3 - 01 oki semiconductor oat 1046x - v3 - z - yy - ww 4 / 6 package outline (unit : mm)
pedf oat1046x - v3 - 01 oki semiconductor oat 1046x - v3 - z - yy - ww 5 / 6 table 1 wavelength lineup ww ww 01 45 02 46 03 47 04 48 05 49 06 50 07 51 08 52 09 53 10 54 11 55 12 56 13 57 14 58 15 59 16 60 17 61 18 62 19 63 20 64 21 65 22 66 23 67 24 68 25 69 26 70 27 71 28 72 29 73 30 74 31 75 32 76 33 77 34 78 35 79 36 80 37 81 38 82 39 83 40 84 41 85 42 86 43 87 44 88 oat1046x-z-yy-39 1544.92 oat1046x-z-yy-40 1545.32 oat1046x-z-yy-37 1544.13 oat1046x-z-yy-38 1544.53 oat1046x-z-yy-35 1543.33 oat1046x-z-yy-36 1543.73 oat1046x-z-yy-33 1542.54 oat1046x-z-yy-34 1542.94 oat1046x-z-yy-31 1541.75 oat1046x-z-yy-32 1542.14 oat1046x-z-yy-29 1540.95 oat1046x-z-yy-30 1541.35 oat1046x-z-yy-27 1540.16 oat1046x-z-yy-28 1540.56 oat1046x-z-yy-25 1539.37 oat1046x-z-yy-26 1539.77 oat1046x-z-yy-23 1538.58 oat1046x-z-yy-24 1538.98 oat1046x-z-yy-21 1537.79 oat1046x-z-yy-22 1538.19 oat1046x-z-yy-19 1537.00 oat1046x-z-yy-20 1537.40 oat1046x-z-yy-17 1536.22 oat1046x-z-yy-18 1536.61 oat1046x-z-yy-15 1535.43 oat1046x-z-yy-16 1535.82 oat1046x-z-yy-13 1534.64 oat1046x-z-yy-14 1535.04 oat1046x-z-yy-11 1533.86 oat1046x-z-yy-12 1534.25 oat1046x-z-yy-09 1533.07 oat1046x-z-yy-10 1533.47 oat1046x-z-yy-44 1546.92 oat1046x-z-yy-02 1530.33 oat1046x-z-yy-03 1530.72 oat1046x-z-yy-04 1531.12 oat1046x-z-yy-05 1531.51 model name wavelength oat1046x-z-yy-01 1529.94 oat1046x-z-yy-45 oat1046x-z-yy-42 1546.12 model name wavelength oat1046x-z-yy-06 1531.90 oat1046x-z-yy-07 1532.29 oat1046x-z-yy-08 1532.68 oat1046x-z-yy-43 1546.52 1547.32 1547.72 1548.11 1548.51 1548.91 1549.32 oat1046x-z-yy-41 1545.72 1549.72 1550.12 1550.52 1550.92 1551.32 1551.72 1552.12 1552.52 1552.93 1553.33 1553.73 1554.13 1554.54 1554.94 1555.34 1555.75 1556.15 1556.55 1556.96 1557.36 1557.77 1558.17 1558.58 1558.98 1559.39 1559.79 1560.20 1560.61 1561.01 1561.42 1561.83 1562.23 oat1046x-z-yy-46 oat1046x-z-yy-47 oat1046x-z-yy-48 oat1046x-z-yy-49 oat1046x-z-yy-50 oat1046x-z-yy-51 oat1046x-z-yy-52 oat1046x-z-yy-53 oat1046x-z-yy-54 oat1046x-z-yy-55 oat1046x-z-yy-56 oat1046x-z-yy-57 oat1046x-z-yy-58 oat1046x-z-yy-59 oat1046x-z-yy-60 oat1046x-z-yy-61 oat1046x-z-yy-62 oat1046x-z-yy-63 oat1046x-z-yy-64 oat1046x-z-yy-65 oat1046x-z-yy-66 oat1046x-z-yy-67 oat1046x-z-yy-68 oat1046x-z-yy-69 oat1046x-z-yy-70 oat1046x-z-yy-71 oat1046x-z-yy-72 oat1046x-z-yy-73 oat1046x-z-yy-74 oat1046x-z-yy-75 oat1046x-z-yy-77 oat1046x-z-yy-76 oat1046x-z-yy-78 oat1046x-z-yy-79 oat1046x-z-yy-80 oat1046x-z-yy-81 oat1046x-z-yy-82 oat1046x-z-yy-84 1563.05 oat1046x-z-yy-85 1563.45 oat1046x-z-yy-83 1562.64 oat1046x-z-yy-88 1564.68 oat1046x-z-yy-86 1563.86 oat1046x-z-yy-87 1564.27
pedf oat1046x - v3 - 01 oki semiconductor oat 1046x - v3 - z - yy - ww 6 / 6 notice 1. the information contained herein can change without notice owing to product and/or technical improvements. before using the product, please make sure that the information being referred to is up - to - date. 2. the outline of action and examples for application circuits described herein have been chosen as an explanation for the standard action and performance of the product. when planning to use the prod uct, please ensure that the external conditions are reflected in the actual circuit, assembly, and program designs. 3. when designing your product, please use our product below the specified maximum ratings and within the specified operating ranges includ ing, but not limited to, operating voltage, power dissipation, and operating temperature. 4. oki assumes no responsibility or liability whatsoever for any failure or unusual or unexpected operation resulting from misuse, neglect, improper installation, re pair, alteration or accident, improper handling, or unusual physical or electrical stress including, but not limited to, exposure to parameters beyond the specified maximum ratings or operation outside the specified operating range. 5. neither indemnity a gainst nor license of a third party?s industrial and intellectual property right, etc. is granted by us in connection with the use of the product and/or the information and drawings contained herein. no responsibility is assumed by us for any infringement of a third party?s right which may result from the use thereof. 6. the products listed in this document are intended for use in general electronics equipment for commercial applications (e.g., office automation, communication equipment, measurement equipm ent, consumer electronics, etc.). these products are not authorized for use in any system or application that requires special or enhanced quality and reliability characteristics nor in any system or application where the failure of such system or applicat ion may result in the loss or damage of property, or death or injury to humans. such applications include, but are not limited to, traffic and automotive equipment, safety devices, aerospace equipment, nuclear power control, medical equipment, and life - su pport systems. 7. certain products in this document may need government approval before they can be exported to particular countries. the purchaser assumes the responsibility of determining the legality of export of these products and will take appropriat e and necessary steps at their own expense for these. 8. no part of the contents contained herein may be reprinted or reproduced without our prior permission. 9. qualification and reliability to help ensure high product reliability and customer satis faction, oki is committed to an intensive quality program that starts in the design phase and proceeds through the manufacturing process. optical transceiver modules are qualified to oki internal standards using mil - std - 883 test methods and procedures and using sample techniques consistent with telcordia requirements. this qualification program fully meets the intent of telcordia reliability practices gr - 468 - core. 10. laser safety all version of transceiver are class 1 laser products fda complies with 21 cfr 1040.10 and 1040.11 requirements. also, all versions are class 1 laser products pre iec 825 - 1 . copyright 2002 oki electric industry co., ltd.
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