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s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 general parameters table 1 ? general operating parameters parameter minimum typical maximum unit/conditions operating voltage, vcc 3.135 3.3 3.465 v total current, icc - - 550 ma operating temperature (case) 0 - 70 c storage temperature -40 - 85 c table 2 ? general optical parameters parameter minimum typical maximum unit/conditions back reflection at 1490 nm - - -20 db back reflection at 1310 nm - - -20 db 1490 nm to 1310 nm crosstalk -5 - -45 db features ? class c+ gpon olt transceiver ? small form factor pluggable, simple sc connector ? 2488 mbps downstream tx/1244 mbps upstream rx ? fully itu-t g.984.2 compliant ? high power 1490nm dfb transmitter (+3dbm) ? high sensitivity burst mode 1310 nm apd receiver (-30 dbm) ? fast burst mode digital acquire rssi (300ns sampling time) ? 0 to 70c case temperature operation ? single 3.3v supply ? 20 km reach ? rohs compliant (lead exemption)
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 functional characteristics the following tables list the performance specifications for the various functional blocks of the integrated optical transceive r module. table 3 ? transmitter specifications (optical) parameter minimum typical maximum unit notes average optical output power, p o 3 - 7.0 dbm output power at transmit off - - -40 dbm extinction ratio (eol) 8.2 - - db prbs 2 23 -1, nrz, 50% duty cycle transmitter output eye g.984.2 figure 2 optical rise and fall time - 250 - ps 20% to 80% center wavelength, 1480 1490 1500 nm -20 db spectral width - - 1 nm side mode suppression ratio (smsr) 30 - - db bit rate - 2488 - mbps tolerance to tx back reflection -15 - - db 1 db degradation of rx sensitivity table 4 ? transmitter specifications (electrical) parameter minimum typical maximum unit notes input differential impedance 80 100 120 ? single ended data input swing 200 - 800 mv tx disable (lvttl) 2 - vcc v tx enable (lvttl) 0 - 0.8 v tx_fail_high 2.4 - vcc v tx_fail_normal 0 - 0.4 v table 5 ? receiver specifications (optical) parameter minimum typical maximum unit notes operational wavelength range 1260 1310 1360 nm data rate (burst mode) - 1244 - mbps receiver burst-mode sensitivity - - -30 dbm at 10 -10 ber, prbs 2 23 -1, 20km fiber receiver overload -12 - - dbm receiver burst mode dynamic range 15 20 - db damage threshold for receiver +5 - - dbm maximum reflectance of receiver - - -20 db
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 table 6 ? receiver specifications (electrical) parameter minimum typical maximum unit notes differential output signal amplitude 400 - 1600 mv data output rise time - 250 - mbps 20% to 80% data output fall time - 250 - ps 20% to 80% signal detect output high 2.4 - vcc v signal detect output low 0 - 0.8 v signal detect assert time - - 100 ns signal detect de-assert time - - 12.8 ns table 7 ? digital rssi timing specification parameter minimum typical maximum unit notes rssi trigger delay a 25 - - ns rssi sampling time a 300 - - ns internal i 2 c delay a - - 500 us receiver power ddm (rssi) error b - - +/- 3 db a) rssi_acq input signal rising edge will trigger rssi samp ling, and falling edge will trigger internal digital rssi informatio n written to i 2 c. it is recommended that host shall not trigger rssi_acq input again until rssi data is valid in i 2 c from previous rssi trigger. b) rssi ddm working range is between -12 to -32 dbm with accuracy of +/- 3db. if the data pattern is at least 2^7-1 or longer, a minimum average of 8 times is strongly recommended to maintain the rssi reading accuracy.
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 pin definitions refer to table 8 for a description of the function of each i/o pin. table 8 - module pin definitions pin number label definition 1 veet tx ground 2 tx_fail (tx_fault) tx fail alarm. lvttl output active high 3 tx_dis tx disable. lvttl input. laser output is disabled when this pin is asserted high or left unconnected. laser output is enabled when this pin is asserted low. 4 mod_def (2) 2-wire serial data i/o pin. 5 mod_def (1) 2-wire serial clock input. 6 mod_def (0) internally grounded 7 reset cmos input. assert ?reset? high at the end of previous burst, 2 bytes in duration 8 brst_det lvttl output. brst_det assert low when module receives ?reset? signal, assert high when incoming burst is present. 9 rssi_acq rssi acquire/hold lvttl input. digital rssi output through i2c 10 veer rx ground 11 veer rx ground 12 rxd- negative data output, lvpecl; dc coupled 13 rxd+ positive data output, lvpecl; dc coupled 14 veer rx ground 15 vcc_rx rx vcc 16 vcc_tx tx vcc 17 veet tx ground 18 txd+ positive data input, lvpecl or cml (ac coupled; internally 100 ohms differential termination) 19 txd- negative data input, lvpeclor cml (ac coupled; internally 100 ohms differential termination) 20 veet tx ground
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 timing diagram figure 1. timing diagram
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 digital rssi acquire/hold timing specification figure 2. digital rssi timing.
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 eeprom memory ma p ? page a0h table 9 - i 2 c a0h address dec ? addr. ? hex ? addr. ? field ? size ? (bytes) ? name ? default ? value ? description ? 0 ? 00 ? 1 ? identifier ?? 03h ?? sfp ?? 1 ? 01 ? 1 ? extended ? identifier ?? 04h ?? function ? defined ? by ? serial ? id ?? 2 ? 02 ? 1 ? connector ?? 01h ??? sc ? receptacle ?? 3 ? 03 ? 8 ? transceiver ?? 00 ? 00 ? 00 ? 00 ? 00 ? 00 ? 00 ? 00h ?? transceiver ? code ? field, ? not ? applicable ?? 11 ? 0b ? 1 ? encoding ?? 03h ?? nrz ? encoding ?? 12 ? 0c ? 1 ? nominal ? bit ? rate ? in ? 100 ? mbps ?? 19h ?? 2488.32 ? mbps ?? 13 ? 0d ? 1 ? reserved ?? 00h ?? reserved ?? 14 ? 0e ? 1 ? length ? (9,km) ? in ? km ?? 14h ?? ?? 20km ?? 15 ? 0f ? 1 ? length ? (9,m) ? in ? 100m ? c8h ? 20km ? 16 ? 10 ? 1 ? length ? (50) ? in ? 10m ?? 00h ?? not ? supported ?? 17 ? 11 ? 1 ? length ? (62.5) ? in ? 10m ? 00h ?? not ? supported ?? 18 ? 12 ? 1 ? length ? (copper) ? in ? m ?? 00h ?? not ? supported ?? 19 ? 13 ? 1 ? reserved ?? 00h ?? reserved ?? 20 ? 14 ? 16 ? vendor ? name ? (ascii) ?? "sourcephotonics" ? vendor ? name ? (ascii) ?? 36 ? 24 ? 1 ? reserved ?? 00h ?? reserved ?? 37 ? 25 ? 3 ? vender ? ieee ? company ? id ?? 00 ? 06 ? b5h ?? source ? photonics ? ieee ? id ?? 40 ? 28 ? 16 ? vendor ? part ? number ? (ascii) ?? "sps4348hcpcdfsd" ? vendor ? part ? number ? (ascii) ?? 56 ? 38 ? 4 ? vendor ? rev ? (ascii) ?? 31 ? 20 ? 20 ? 20 ?? revision ?? 60 ? 3c ? 2 ? laser ? wavelength ? in ? nm ? 05 ? d2h ?? 1490nm ? tx ? wavelength ?? 62 ? 3e ? 1 ? reserved ?? 00h ?? reserved ?? 63 ? 3f ? 1 ? check ? code ? for ? base ? id ? fields ?? xxh ? 1) ? checksum ? from ? byte ? 0 \ 62 ? 64 ? 40 ? 2 ? options ?? 00 ? 1ch ?? tx_dis, ? tx_fault, ? sd ?? 66 ? 42 ? 1 ? upper ? bit ? rate ? margin ? in ? % ?? 00h ?? br, ? max ? not ? specified ?? 67 ? 43 ? 1 ? lower ? bit ? rate ? margin ? in ? % ?? 00h ?? br, ? min ? not ? specified ?? 68 ? 44 ? 16 ? alu ? serial ? number ? "xxxxxxxxxxxxxxxx" ? 2) ? 16 ? byte ? serial ? number ? field ?
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 (ascii) ?? (ascii) ?? 84 ? 54 ? 8 ? date ? code ?? xx ? xx ? xx ? xx ? xx ? xx ? 20 ? 20h ?? year(2 ? bytes) ? month(2 ? bytes) ? day(2 ? bytes) ?? 92 ? 5c ? 1 ? diagnostic ? monitoring ? type ?? 58h ?? ext ? calibration, ? average ? power ? measurement ?? 93 ? 5d ? 1 ? enhanced ? options ?? e0h ?? optical ? alarm/warning ? implemented ? soft ? tx_dis, ? tx_fault ? implemented ?? 94 ? 5e ? 1 ? sff \ 8472 ? compliance ?? 02h ?? compliance ? to ? sff \ 8472 ? rev ? 9.4 ?? 95 ? 5f ? 1 ? check ? code ? for ? extended ? id ? fields ?? xxh ?? checksum ? from ? byte ? 64 \ 69 ? 96 ? 60 ? 30 ? vendor ? specific ? ?sps \ 43 \ 48h \ cp \ cdf \ sd? ? vendor ? part ? number ? (ascii) ? 126 ? 7e ? 2 ? vendor ? specific ? 00 ? 00h ? reserved ? 128 ? 80 ? 128 ? reserved ? 00?.00h ? reserved; ? return ? to ? 0 ??
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 eeprom memory ma p ? page a2h table10 - i 2 c a2h address dec ? addr. ? hex ? addr. ? field ? size ? (bytes) ? name ? default ? value ? description ? 0 ? 00 ? 2 ? temp ? high ? alarm ?? xx ? xxh ?? temperature ? high ? alarm ? threshold ? 2 ? 02 ? 2 ? temp ? low ? alarm ?? xx ? xxh ?? temperature ? low ? alarm ? threshold ? 4 ? 04 ? 2 ? temp ? high ? warning ?? xx ? xxh ?? temperature ? high ? warning ? threshold ? 6 ? 06 ? 2 ? temp ? low ? warning ?? xx ? xxh ?? temperature ? low ? warning ? threshold ? 8 ? 08 ? 2 ? voltage ? high ? alarm ?? 94 ? 70h ?? 3.6v ?? 10 ? 0a ? 2 ? voltage ? low ? alarm ?? 6d ? 60h ?? 3.0v ?? 12 ? 0c ? 2 ? voltage ? high ? warning ?? 8c ? a0h ?? 3.5v ?? 14 ? 0e ? 2 ? voltage ? low ? warning ?? 75 ? 30h ?? 3.1v ?? 16 ? 10 ? 2 ? bias ? high ? alarm ?? 83 ? 81h ?? 110ma ?? 18 ? 12 ? 2 ? bias ? low ? alarm ?? 02 ? 64h ?? 2ma ?? 20 ? 14 ? 2 ? bias ? high ? warning ?? 77 ? 8ch ?? 100ma ?? 22 ? 16 ? 2 ? bias ? low ? warning ?? 03 ? 96h ?? 3ma ?? 24 ? 18 ? 2 ? tx ? power ? high ? alarm ?? xx ? xxh ?? +7.5 ? dbm ? 26 ? 1a ? 2 ? tx ? power ? low ? alarm ?? xx ? xxh ?? +2.5dbm ? 28 ? 1c ? 2 ? tx ? power ? high ? warning ?? xx ? xxh ?? +7.0dbm ? 30 ? 1e ? 2 ? tx ? power ? low ? warning ?? xx ? xxh ?? +3.0dbm ? 32 ? 20 ? 2 ? rx ? power ? high ? alarm ?? ff ? ffh ?? no ? alarm ?? 34 ? 22 ? 2 ? rx ? power ? low ? alarm ?? 00 ? 00h ?? no ? alarm ?? 36 ? 24 ? 2 ? rx ? power ? high ? warning ?? ff ? ffh ?? no ? alarm ?? 38 ? 26 ? 2 ? rx ? power ? low ? warning ?? 00 ? 00h ?? no ? alarm ?? 40 ? 28 ? 16 ? reserved ?? 00?.000h ?? reserved ?? 56 ? 38 ? 4 ? rx_pwr(4) ? calibration ? xx ? xx ? xx ? xxh ?? 4 th ? order ? rssi ? calibration ? coefficient ?? 60 ? 3c ? 4 ? rx_pwr(3) ? calibration ? xx ? xx ? xx ? xxh ?? 3 rd ? order ? rssi ? calibration ? coefficient ?? 64 ? 40 ? 4 ? rx_pwr(2) ? calibration ? xx ? xx ? xx ? xxh ?? 2nd ? order ? rssi ? calibration ? coefficient ? 68 ? 44 ? 4 ? rx_pwr(1) ? calibration ? xx ? xx ? xx ? xxh ?? 1 st ? order ? rssi ? calibration ? coefficient ?? 72 ? 48 ? 4 ? rx_pwr(0) ? calibration ? xx ? xx ? xx ? xxh ?? 0 th ? order ? rssi ? calibration ? coefficient ?? 76 ? 4c ? 2 ? tx_i(slope) ? calibration ? 01 ? a3h ?? slope ? for ? bias ? calibration ?? 78 ? 4e ? 2 ? tx_i(offset) ? calibration ? 00 ? 00h ?? offset ? for ? bias ? calibration ?? 80 ? 50 ? 2 ? tx_pwr(slope) ? calibration ? xx ? xxh ?? slope ? for ? tx ? power ? calibration ?? 82 ? 52 ? 2 ? tx_pwr(offset) ? calibration ? 00 ? 00h ? offset ? for ? tx ? power ? calibration ??
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 84 ? 54 ? 2 ? t(slope) ? calibration ? 01 ? 00h ?? slope ? for ? temp erature ? calibration ?? 86 ? 56 ? 2 ? t(offset) ? calibration ? xx ? xxh ?? offset ? for ? temp erature ? calibration, ? in ? units ? of ? 256ths ? c ?? 88 ? 58 ? 2 ? v(slope) ? calibration ? 01 ? 00h ?? slope ? for ? vcc ? calibration ?? 90 ? 5a ? 2 ? v(offset) ? calibration ? 00 ? 00h ?? offset ? for ? vcc ? calibration ?? 92 ? 5c ? 3 ? reserved ? 00h ?? reserved ?? 95 ? 5f ? 1 ? checksum ? xxh ?? checksum ?? 96 ? 60 ? 2 ? transceiver ? temperature ? xx ? xxh ?? temperature ? in ? c/256 ?? 98 ? 62 ? 2 ? supply ? voltage ? xx ? xxh ?? vcc ?? 100 ? 64 ? 2 ? tx ? bias ? current ? xx ? xxh ?? biasmon ?? 102 ? 66 ? 2 ? tx ? optical ? output ? power ? xx ? xxh ?? back ? facet ? monitor ?? 104 ? 68 ? 2 ? rx ? optical ? input ? power ? xx ? xxh ?? rssi ?? 106 ? 6a ? 2 ? reserved ? 0000h ?? reserved ?? 108 ? 6c ? 2 ? reserved ? 0000h ?? reserved ?? 110 ? 6e.7 ? 1bit ? tx_dis ? state ? x ?? digital ? state ? of ? the ? tx ? disable ? input ? pin. ?? 6e.6 ? 1bit ? soft ? tx ? disable ? x ?? read/write ? bit ? that ? allows ? software ? disable ? of ? laser. ?? 6e.5 ? 1bit ? reserved. ? 0 ? reserved. ?? 6e.4 ? 1bit ? rate ? select ? state ? 0 ? not ? supported. ?? 6e.3 ? 1bit ? rate ? select ? 0 ? not ? supported. ?? 6e.2 ? 1bit ? tx_fault ? x ?? digital ? state ? of ? the ? tx ? fault ? output ? pin. ? 6e.1 ? 1bit ? los ? 0 ? digital ? state ? of ? the ? los ? output ? pin. ? not ? supported ?? 6e.0 ? 1bit ? data_ready_bar ? x ?? indicates ? transceiver ? has ? achieved ? power ? up ? and ? data ? is ? ready. ?? 111 ? 6f.7 ? 1bit ? reserved ? 0 ? reserved ?? 6f.6 ? 1bit ? reserved ? 0 ? reserved ?? 6f.5 ? 1bit ? reserved ? 0 ? reserved ?? 6f.4 ? 1bit ? reserved ? 0 ? reserved ?? 6f.3 ? 1bit ? reserved ? 0 ? reserved ?? 6f.2 ? 1bit ? interrupt_not ? x ?? interrupt ? state ? (active ? low) ?? 6f.1 ? 1bit ? mode_en ? 0 ? tx ? fault ? pin ? enable ?? 6f.0 ? 1bit ? apd_shutdown ? x ?? apd ? shut \ down ? latch. ? write ? 0 ? to ? clear ? condition ?? 112 ? 70.7 ? 1bit ? temperature ? too ? high ? alarm ? x ?? temperature ? too ? high ? alarm ?? 70.6 ? 1bit ? temperature ? too ? low ? x ?? temperature ? too ? low ? alarm ??
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 alarm ? 70.5 ? 1bit ? vcc ? too ? high ? alarm ? x ?? vcc ? too ? high ? alarm ?? 70.4 ? 1bit ? vcc ? too ? low ? alarm ? x ?? vcc ? too ? low ? alarm ?? 70.3 ? 1bit ? biasmon ? too ? high ? alarm ? x ?? biasmon ? too ? high ? alarm ?? 70.2 ? 1bit ? biasmon ? too ? low ? alarm ? x ?? biasmon ? too ? low ? alarm ?? 70.1 ? 1bit ? bfmon ? too ? high ? alarm ? x ?? bfmon ? too ? high ? alarm ?? 70 ? 1bit ? bfmon ? too ? low ? alarm ? x ?? bfmon ? too ? low ? alarm ?? 113 ? 71.7 ? 1bit ? rssi ? too ? high ? alarm ? x ?? rssi ? too ? high ? alarm ?? 71.6 ? 1bit ? rssi ? too ? low ? alarm ? x ?? rssi ? too ? low ? alarm ?? 71.5 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? reserved ? interrupt ? status ? bit ?? 71.4 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? reserved ? interrupt ? status ? bit ?? 71.3 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? reserved ? interrupt ? status ? bit ?? 71.2 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? reserved ? interrupt ? status ? bit ?? 71.1 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? tx ? fail ? went ? high ?? 71 ? 1bit ? reserved ? interrupt ? status ? bit ? x ?? apd ? shutdown ? event ? detected ?? 114 ? 72 ? 1 ? reserved ? 00h ?? interrupt ? mask ? for ? isrc0 ?? 115 ? 73 ? 1 ? reserved ? 00h ?? interrupt ? mask ? for ? isrc1 ?? 116 ? 74.7 ? 1bit ? temperature ? too ? high ? warning ? x ?? temperature ? too ? high ? warning ?? 74.6 ? 1bit ? temperature ? too ? low ? warning ? x ?? temperature ? too ? low ? warning ?? 74.5 ? 1bit ? vcc ? too ? high ? warning ? x ?? vcc ? too ? high ? warning ?? 74.4 ? 1bit ? vcc ? too ? low ? warning ? x ?? vcc ? too ? low ? warning ?? 74.3 ? 1bit ? biasmon ? too ? high ? warning ? x ?? biasmon ? too ? high ? warning ?? ? 74.2 ? 1bit ? biasmon ? too ? low ? warning ? x ?? biasmon ? too ? low ? warning ?? 74.1 ? 1bit ? bfmon ? too ? high ? warning x ?? bfmon ? too ? high ? warning ?? 74 ? 1bit ? bfmon ? too ? low ? warning ? x ?? bfmon ? too ? low ? warning ?? 117 ? 75.7 ? 1bit ? rx ? power ? high ? warning ? x ?? rssi ? too ? high ? warning ?? 75.6 ? 1bit ? rx ? power ? low ? warning ? x ?? rssi ? too ? low ? warning ?? 75.5 ? 1bit ? reserved ? 0 ? reserved ??
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 75.4 ? 1bit ? reserved ? 0 ? reserved ?? 75.3 ? 1bit ? reserved ? 0 ? reserved ?? 75.2 ? 1bit ? reserved ? 0 ? reserved ?? 75.1 ? 1bit ? reserved ? 0 ? reserved ?? 75.0 ? 1bit ? reserved ? 0 ? reserved ?? 118 ? 76 ? 1 ? reserved ? 00h ?? interrupt ? mask ? for ? isrc2 ?? 119 ? 77 ? 1 ? reserved ? 00h ?? interrupt ? mask ? for ? isrc3 ?? 120 ? 78 ? 8 ? vendor ? specific ? 00 ? 00 ? 00 ? 00 ? 00 ? 00 ? 00 ? 00h ? vendor ? specific ??
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 package diagram
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 table 11 - device handling/esd protection the devices are static sensitive and may easily be damaged if care is not taken during handling. the following handling practic es are recommended. 1 devices should be handled on benches with conductive and grounding surfaces. 2 all personnel, test equipment and tools shall be grounded. 3 do not handle the devices by their leads. 4 store devices in protective foam or carriers. 5 avoid the use of non-conductive plastics, rubber, or silk in the area where the devices are handled 6 all modules shall be packaged in materials that are anti -static to protect against adverse electrical environments. 7 avoid applications of any voltage higher than maximum rated voltages to this part. for proper operation, any vin or vout shoul d be constrained to the range gnd (vin or vout) vcc. unused inputs must always be tied to an appropriate logic voltage (e.g. either gnd or vcc). unused outputs must be left open.
s p s -4 3 -4 8 h- c p- c df- s d ds-5165 rev 02 2010-12-01 warnings handling precautions: this device is susceptible to damage as a result of electrostatic discharge (esd). a static free environm ent is highly recommended. follow guidelines according to proper esd procedures. laser safety: radiation emitted by laser devices can be dangerous to human eyes. avoid eye exposure to direct or indirect radia tion. legal notice important notice! all information contained in this document is subject to change without notice, at source photonics? sole and absolute discretion. source photonics warrants performance of its products to current specifications only in accordance with the company?s standard one-year warranty ; however, specifications designated as ?preliminary? are given to describe components only, and source photonics expressly disclaims any and all warrant ies for said products, including express, implied, and statutory warranties, warranties of merchantability, fitness for a particular purpose, and non- infringement of proprietary rights. please refer to the company?s terms and conditions of sale for further warranty information. source photonics assumes no liability for applications assistance, customer product design, software performance, or infringeme nt of patents, services, or intellectual property described herein. no license, either express or implied, is granted under any patent right, copyright, or intellectual property right, and source photonics makes no representations or warranties that the product(s) described herein are free from patent, copyrigh t, or intellectual property rights. products described in this document are not intended for use in implantation or other life support applications where m alfunction may result in injury or death to persons. source photonics customers using or selling products for use in such applications do so at their ow n risk and agree to fully defend and indemnify source photonics for any damages resulting from such use or sale. ? copyright source photonics, inc. 2007~2008 all rights reserved. all information contained in this document is subject to change without notice. the products descr ibed in this document are not intended for use in implantation or other life support applicati ons where malfunction may result in injury or death to persons. the information contained in this document does not affect or change source photonics product specifications or warranties. not hing in this document shall operate as an express or implied license or indemnity under the intellectual property rights of source phot onics or third parties. all information contained in this document was obt ained in specific environments, and is presented as an illustr ation. the results obtained in other operating environments may vary. the information contained in this document is provided on an ?as is? basis. in no event will source photonics be liable for damages arising directly from any use of the information contained in this document. contact s ource p hotonics 20550 n ordhoff s t . c hatsworth , ca 91311 sales@sourcephotonics.com tel: 818-773-9044 fax: 818-576-9486 or visit our website: http://www.sourcephotonics.com

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