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  ingaasp.5 Datasheet PDF File

For ingaasp.5 Found Datasheets File :: 549    Search Time::1.469ms    
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    AGERE[Agere Systems]
Part No. 269 269-D 269-A 269-B 269-C 269-TYPE 269-A-140-F1480-C 269-A-150-F1480-B 269-A-160-F1480-A 269-A-160-F1480-C 269-A-170-F1480-A 269-A-170-F1480-B 269-A-190-F1480-A 269-A-190-F1480-B 269-A-190-F1480-C 269-A-200-F1480-A 269-A-120-F1480-A 269-A-120-F1480-B 269-A-120-F1480-C 269-A-130-F1480-A 269-A-130-F1480-B 269-A-140-F1480-A 269-A-130-F1480-C 269-A-140-F1480-B 269-A-150-F1480-A 269-A-150-F1480-C 269-A-160-F1480-B 269-A-170-F1480-C 269-A-180-F1480-A 269-A-180-F1480-B 269-A-180-F1480-C 269-A-200-F1480-B 269-A-200-F1480-C 269-A-210-F1480-A 269-A-210-F1480-B 269-A-230-F1480-B 269-A-230-F1480-C 269-B-230-F1480-A 269-B-230-F1480-B 269-A-230-F1480-A 269-B-230-F1480-C 269-B-120-F1480-B 269-B-120-F1480-C 269-B-120-F1480-A 269-B-130-F1480-A 269-B-130-F1480-C 269-B-140-F1480-C 269-B-140-F1480-B 269-B-210-F1480-C 269-B-190-F1480-C 269-A-260-F1480-C 269-A-240-F1480-C 269-A-220-F1480-C 269-B-180-F1480-C 269-A-280-F1480-C 269-B-150-F1480-C 269-A-260-F1480-B 269-A-240-F1480-B 269-B-210-F1480-B 269-A-280-F1480-B 269-A-270-F1480-B 269-B-220-F1480-B 269-A-220-F1480-B 269-B-170-F1480-B 269-B-190-F1480-B 269-A-250-F1480-B 269-B-180-F1480-B 269-C-220-F1480-A 269-C-220-F1480-C 269-C-210-F1480-A 269-C-200-F
OCR Text ...eld-proven packaging technology InGaAsP/InP high-power, strained multiple quantum-well (MQW) chip design Internal optical isolator (optional...5.0 5 40 Unit C C mA mA mA V V A V mA C VR VRMON ITEC VTEC ITS TLD Handling Precautions Elect...
Description    269-Type 1480 nm Pump Laser Module
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 260 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 250 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 270 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 260 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 280 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 210 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 180 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 170 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 160 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 150 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 120 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 190 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 170 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 160 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 160 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 150 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 230 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 260 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 240 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 240 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 250 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 210 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 270 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 150 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 160 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 210 mW. B = SC/APC connector.

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    AFBR-57E6APZ-HT

Broadcom Corporation.
Part No. AFBR-57E6APZ-HT
OCR Text ... transmitter contains a 1310-nm ingaasp led. this led is packaged in the optical subassembly of the transmitter. it is driven by an integr...5/125 m multimode fiber ? compatible with 100base-fx version of ieee802.3u ? single +3.3v power su...
Description Industry standard Small Form Pluggable (SFP) package

File Size 671.97K  /  18 Page

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    NX5306EHNX5306EK NX5306EK NX5306 NECCORP.-NX5306

NEC Corp.
NEC[NEC]
Part No. NX5306EHNX5306EK NX5306EK NX5306 NECCORP.-NX5306
OCR Text InGaAsP MQW FP LASER DIODE IN CAN PACKAGE NX5306 SERIES FOR 155 Mb/s and 622 Mb/s APPLICATIONS FEATURES * OPTICAL OUTPUT POWER: PO = 5.0 mW * LOW THRESHOLD CURRENT : ITH = 10 mA * HIGH SPEED: tr = 0.3 ns MAX tf = 0.3 ns MAX * WIDE OPERATI...
Description NEC 1310 nm InGaAsP MQW FP LASER DIODE IN CAN PACKAGE

File Size 227.60K  /  7 Page

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    NDL7605P4D NDL7605P NDL7605P1C NDL7605P1D NDL7605P1X NDL7605P2C NDL7605P2D NDL7605P2X NDL7605P4C NDL7605P4X NDL7605PC ND

NEC
Part No. NDL7605P4D NDL7605P NDL7605P1C NDL7605P1D NDL7605P1X NDL7605P2C NDL7605P2D NDL7605P2X NDL7605P4C NDL7605P4X NDL7605PC NDL7605PD NDL7605PX
OCR Text InGaAsP MQW DFB LASER DIODE MODULE WITH ISOLATOR DESCRIPTION The NDL7605P Series is a 1 310 nm uncooled isolated coaxial DFB laser diode...5.30.8 2- 2.2 0.450.05 2.00.2 201.0 0.450.05 60.1 60.1 12.70.2 17.00.2 ...
Description 1 310 nm OPTICAL CATV RETURN PATH APPLICATIONS InGaAsP MQW DFB LASER DIODE MODULE WITH ISOLATOR

File Size 74.63K  /  12 Page

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    AFBR-5803ATZ AFBR-5803AZ AFBR-5803TZ AFBR-5803Z

Agilent(Hewlett-Packard)
Part No. AFBR-5803ATZ AFBR-5803AZ AFBR-5803TZ AFBR-5803Z
OCR Text ...tilize 1300 nm Surface Emitting InGaAsP LEDs. These LEDs are packaged in the optical subassembly portion of the transmitter section. They ar...5 V supply, into an analog LED drive current. Receiver Sections The receiver sections of the AFBR-58...
Description FDDI, 100 Mb/s ATM, and Fast Ethernet Transceivers in Low Cost 1 x 9 Package Style

File Size 284.51K  /  16 Page

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    NX5302SH NX5302SJ NX5302SK NX5302EK NX5302 NX5302EH NX5302EJ NX5302SE

CEL[California Eastern Labs]
Part No. NX5302SH NX5302SJ NX5302SK NX5302EK NX5302 NX5302EH NX5302EJ NX5302SE
OCR Text InGaAsP MQW FP LASER DIODE IN CAN PACKAGE NX5302 Series FOR FIBER OPTIC COMMUNICATIONS FEATURES * OPTICAL OUTPUT POWER: PO = 5.0 mW * LOW THRESHOLD CURRENT : ITH = 10 mA * HIGH SPEED: tr = 0.15 ns MAX tf = 0.3 ns MAX * WIDE OPERATING TEMP...
Description NECs 1310 nm InGaAsP MQW FP LASER DIODE IN CAN PACKAGE FOR FIBER OPTIC COMMUNICATIONS

File Size 124.06K  /  4 Page

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    NX5310EK-AZ NX5310EH-AZ NX5310

CEL[California Eastern Labs]
Part No. NX5310EK-AZ NX5310EH-AZ NX5310
OCR Text InGaAsP MQW FP LASER DIODE IN CAN PACKAGE NX5310 SERIES FOR 155 Mb/s, 622 Mb/s, 1.25 Gb/s AND FTTH APPLICATIONS FEATURES * OPTICAL OUTPUT POWER: Po = 5.0 mW * LOW THRESHOLD CURRENT : Ith = 6 mA * DIFFERENTIAL EFFICIENCY: d =0.3 W/A * WIDE...
Description NECs 1310 nm InGaAsP MQW FP LASER DIODE IN CAN PACKAGE FOR 155 Mb/s, 622 Mb/s, 1.25 Gb/S AND FTTH APPLICATIONS

File Size 257.08K  /  5 Page

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    NX5311GH NX5311GK NX5311

CEL[California Eastern Labs]
Part No. NX5311GH NX5311GK NX5311
OCR Text InGaAsP MQW FP LASER DIODE IN CAN PACKAGE NX5311 SERIES FOR 1.25 Gb/s AND FTTH PON APPLICATIONS FEATURES * OPTICAL OUTPUT POWER: Po = 10.0...5 mm APPLICATIONS * FTTH PON (B-PON, G-PON, GE-PON 10 km) system DESCRIPTION NEC's NX5311 Se...
Description NECs 1310 nm InGaAsP MQW FP LASER DIODE IN CAN PACKAGE FOR 1.25 Gb/s AND FTTH PON APPLICATIONS

File Size 157.36K  /  4 Page

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