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2003 - LYCA024V

Abstract: LYCA024 CSA22 LYAA012Y FTR-LYCA005Y marking code sk DIODE LYCA FTR-LYPA006Y
Text: Temperature -40° C to +85° C (no frost) Rating Power 170mW Must operate power 75mW Max , 0.3VDC 170mW 170mW FTR-LYAA012Y(-SK) FTR-LYCA012Y(-SK) FTR-LYAA024Y(-SK) FTR-LYCA024Y(-SK , 0.6VDC 1.2VDC 2.4VDC 0.25VDC 0.3VDC 170mW 170mW 217mW 170mW 170mW 12VDC 24VDC 48VDC 847 3,388 10,600 8.0VDC 15.9VDC 31.7VDC 0.6VDC 1.2VDC 2.4VDC 170mW 170mW 217mW


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PDF 140mm2, UL508, CSA22 EN61058-1, LYCA024V LYCA024 LYAA012Y FTR-LYCA005Y marking code sk DIODE LYCA FTR-LYPA006Y
2004 - ftrl

Abstract: No abstract text available
Text: 6A 30VDC 6A 1,500VA 250VAC 10mA 5VDC 6A -40° C to +85° C (no frost) 170mW 75mW 150% of nominal , Nominal Power 170mW 170mW 170mW 170mW 217mW 170mW 170mW 170mW 170mW 217mW FTR-LYAA005Y(-SK


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PDF 140mm2, UL508, CSA22 EN61058-1, ftrl
2001 - Corning Lasertron 980NM

Abstract: 09750 980NM, lasertron Corning Lasertron edfa pump laser Corning Lasertron pump laser CP
Text: °C LD Forward Drive Current mm 170mW Po 5 95 > 170mW Po % 350 mA 500 mA , V 150mW Po 1.98 2.30 V 160mW Po 2.02 2.35 V 170mW Po 2.07 2.40 V , 265 305 mA 170mW Po 280 305 mA 180mW Po 300 340 mA 190mW Po 315 , Current T=50°C, IL=Ik @75°C, Po 170mW 0.85 1.1 A TEC Voltage T=50°C, IL=Ik @75°C, Po 170mW 1.9 2.4 V TEC Power T=50°C, IL=Ik @75°C, Po 170mW 1.6 2.3 W TEC Current


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PDF 980nm 300mW 980nm 14-pin Corning Lasertron 980NM 09750 980NM, lasertron Corning Lasertron edfa pump laser Corning Lasertron pump laser CP
2004 - LYCA024V

Abstract: marking code sk DIODE FTR-LYRA024Y
Text: 6A 30VDC 6A 1,500VA 250VAC 10mA 5VDC 6A -40° C to +85° C (no frost) 170mW 75mW 150% of nominal , Nominal Power 170mW 170mW 170mW 170mW 217mW 170mW 170mW 170mW 170mW 217mW FTR-LYAA005Y(-SK


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PDF 140mm2, UL508, CSA22 EN61058-1, LYCA024V marking code sk DIODE FTR-LYRA024Y
2013 - Not Available

Abstract: No abstract text available
Text: Data Sheet HL63133DG AIGaInP Laser Diode 638nm/ 170mW Features: Outline  Visible light output: 638nm Typ.  Optical output power: 170mW (CW)  Single transverse mode , Operating current Iop - 250 320 mA Po= 170mW Operating voltage Vop - 2.8 3.2 V Po= 170mW Beam divergence Parallel to the junction ï±ï€¯ï€¯ï€ ï€ 5 9 13 o Po= 170mW Beam divergence Perpendicular to the junction ï±ïžï€ ï€ 13 17 23 o


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PDF HL63133DG 638nm/170mW 638nm 170mW 250mA HL63133DG
2002 - FTR-LYCA024Y

Abstract: FTR-LYAA024Y LYAA012Y CSA22 FTR-LY FTRLYAA012 FTR-LYAA024 FTR-LYAA012Y
Text: Switching Current 6A Operating Temperature -40° C to +85° C (no frost) Rating Power 170mW , Release Voltage 0.25VDC 0.3VDC 1.6VDC 1.2VDC 2.4VDC 170mW 170mW 170mW 170mW 217mW s


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PDF 140mm2, UL508, CSA22 EN61058-1, FTR-LYCA024Y FTR-LYAA024Y LYAA012Y FTR-LY FTRLYAA012 FTR-LYAA024 FTR-LYAA012Y
2001 - Corning Lasertron 980NM

Abstract: Lasertron corning Corning Lasertron
Text: Short-Time Relative Humidity 30 days @ 40°C LD Forward Drive Current mm 5 95 % 170mW Po 350 mA > 170mW Po 500 mA 100 mA mA LD Reverse Current LD Current Transient 1 , 160mW Po 1.85 2.20 V 170mW Po 1.88 2.25 V 180mW Po 1.55 1.75 V 190mW , 305 mA 170mW Po 270 305 mA 180mW Po 280 320 mA 190mW Po 295 335 , TEC Current T=50°C, IL=Ik @75°C, Po> 170mW 1.10 1.80 A TEC Voltage T=50°C, IL=Ik


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PDF 980nm 300mW 14-pin 300mW 985nm. Corning Lasertron 980NM Lasertron corning Corning Lasertron
2003 - CSA22

Abstract: LYAA012Y
Text: frost) 170mW 75mW Max. allowable voltage 150% of nominal voltage (at 20 deg.) Operate Time , 2.4VDC Nominal Power 170mW 170mW 170mW 170mW 217mW X Pulse driven Note: All values in the


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PDF 140mm2, UL508, CSA22 EN61058-1, LYAA012Y
2000 - LM33

Abstract: sot-23-5 Micropower Voltage Regulator LM30 LM50 MIC5231 sot-23-5 voltage regulator function sot-23-5 marking code Voltage Regulator SOT-23-5 LM2H
Text: devices. 125°C - 85°C 235°C/W PD(max) = 170mW Therefore, the device can only dissipate 170mW , that this is not exceeded for any length of time. ( ) PD(max) = VIN - VOUT IOUT 170mW = (12V - 3.3V) IOUT IOUT = 170mW 8.7V IOUT = 19.5mA Thermal Considerations The MIC5231 is not


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PDF MIC5231 MIC5231 150mV OT-23-5 LM33 sot-23-5 Micropower Voltage Regulator LM30 LM50 sot-23-5 voltage regulator function sot-23-5 marking code Voltage Regulator SOT-23-5 LM2H
2000 - LM33

Abstract: LM50 sot23-5 sot-23-5 marking code marking code AC sot 23-5 SOT23-5 marking LM33 LM2H LM30 diode linear regulator application SMPS CIRCUIT DIAGRAM 12v 5v LM30
Text: °C)/235°C/W PD(max) = 170mW Therefore, the device can only dissipate 170mW maximum. If the MIC5231 is , . PD = (Vin - Vout)·Iout 170mW = (12V - 3.3V)·Iout Iout = 170mW /8.7V Iout = 19.5mA Therefore, the


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PDF MIC5231 MIC5231 150mV OT-23-5 LM33 LM50 sot23-5 sot-23-5 marking code marking code AC sot 23-5 SOT23-5 marking LM33 LM2H LM30 diode linear regulator application SMPS CIRCUIT DIAGRAM 12v 5v LM30
PI3V724

Abstract: No abstract text available
Text: } HDMI Monitor Hard Drive VGA Monitor V2 Alternative Devices Laptop R1 170mW G2 Video DAC R2 +5V H_SOURCE H1_OUT Power down the Video DAC and save 170mW Buffer


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PDF PI3V724 PI3V724 IEC61000-4-2. 32-contact 170mW
Not Available

Abstract: No abstract text available
Text: Monitor Hard Drive VGA Monitor V V 170mW HPD_OUT Result detect EN BOUT V BIN V V , and save 170mW V Notebook PC Width Control V Save power when external devices are


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PDF PI3VST01 PI3VST01 10-contact 170mW
Telcordia-GR-468-CORE

Abstract: fbg025 0903P 980NM data sheet FOL0903PLV FOL0903-series Fitel Technologies FOL
Text: Data Sheet FOL 0903 Pxy w/ FBG March, 2001 FOL 0903Pxy: 170mW - 70mW 980nm Pump Laser Module (w/ FBG) · FOL0903-series achieves high fiber-out power and high kink free current. Both extinguished chip design and precise fiberoptic packages are potentially compliant with Telcordia-GR-468-CORE reliability tests*. The high power supports any high- performance demand of WDM-EDFA. *: Reliability tests , = 70mW Pf= 80mW Pf= 90mW Pf=100mW Pf=110mW Pf=120mW Pf=130mW Pf=140mW Pf=150mW Pf=160mW Pf= 170mW


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PDF 0903Pxy: 170mW 980nm FOL0903-series Telcordia-GR-468-CORE fbg025 0903P 980NM data sheet FOL0903PLV Fitel Technologies FOL
2000 - LM33

Abstract: LM2H MIC5231 MICREL SOT-23 lm332 LM30 LM50 marking code AC sot 23-5
Text: (MAX) = 170mW Therefore, the device can only dissipate 170mW maximum. If the MIC5231 is powered off , any length of time. November 2008 TJ(MAX) - TA PD(MAX) = (VIN - VOUT ) IOUT 170mW = (12V - 3.3V ) IOUT IOUT = 170mW 8.7V IOUT = 19.5mA Therefore, the device can source almost 20mA at


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PDF MIC5231 MIC5231 150mV M9999-110408-B LM33 LM2H MICREL SOT-23 lm332 LM30 LM50 marking code AC sot 23-5
2009 - 1064nm photodiode

Abstract: No abstract text available
Text: oC oC oC 170mW w/FBG Max 1069 2.0 484 2.5 2.0 3.2 100 80 70 250 Min 1063.5 200 100,000 0.40 -40 0 , Option (wavelength tolerance) 170mW Series BF-A64-0170-PP0 190mW Series BF-A64-0190-P50 0130 0170 0190 130mW 170mW 190mW Z Option (additional options) Please note: These are our standard


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PDF 190mW 1064nm 14-Pin bf-a60-pppp-s50 1064nm photodiode
2000 - LM33

Abstract: No abstract text available
Text: °C − 85°C 235°C/W PD(MAX) = 170mW Therefore, the device can only dissipate 170mW maximum , 170mW = (12V − 3.3V ) IOUT IOUT = 170mW 8.7V IOUT = 19.5mA Therefore, the device can source


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PDF MIC5231 MIC5231 150mV M9999-110408-B LM33
1998 - KPC354NTA

Abstract: KPC356 KPC452 KPC357NTB KPC357NTC KPC45 KPC354NTB KPC350 KPC357NTA KPC357NTE
Text: to +125°C KPC354 ±50mA ±1A 70mW KPC354 60V 50mA 150mW KPC357 170mW 3,750Vrms -30 to +100°C -40 to +125°C KPC357 50mA 1A 6V 70mW KPC357 60V 50mA 150mW KPC452 170mW 3,750Vrms -30 to +100°C -40 to +125°C


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PDF KPC350 KPC452 KPC353: KPC354: KPC452: KPC356, KPC452 KPC353T KPC354NT KPC354NTA KPC356 KPC357NTB KPC357NTC KPC45 KPC354NTB KPC357NTA KPC357NTE
AC250V6A

Abstract: APF30212 s2 9v 1A31C UL508CSA APF10206 APF10209 APF1024H DC24 APF30248
Text: 9.4mA at20 1,906 DC 9V 70%V 5%V 170mW DC12 V DC18 V DC24 , 250V AC 1,500VA 250V AC 6A AC 170mW DC524V 217mW DC 48V 175mW DC


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PDF AC15DC13 APF1024H APF3024H APF10205 APF30205 APF10206 APF30206 APF10209 APF30209 APF10212 AC250V6A APF30212 s2 9v 1A31C UL508CSA APF10206 APF10209 APF1024H DC24 APF30248
2010 - 41F-1Z-C2-1

Abstract: 220VAC SPDT RELAY PA66 GF 30 110VAC COIL PCB RSM-24CU 6A250VAC rs 12 relay RSM-05CU relay 6vdc Wiring Diagram pa66
Text: coil and contacts) Clearance/creepage distance: 8mm Coil power consumption: 170mW Contact , to 24VDC: 170mW 48VDC, 60VDC: 210mW at 20°C Altech Corp.® · 35 Royal Road · Flemington, NJ


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PDF 60VDC 1000m 500VDC) 4000VAC 1000VAC 50m/s2 1000m/s2 24VDC: 170mW 48VDC, 41F-1Z-C2-1 220VAC SPDT RELAY PA66 GF 30 110VAC COIL PCB RSM-24CU 6A250VAC rs 12 relay RSM-05CU relay 6vdc Wiring Diagram pa66
2007 - MT9M131

Abstract: 1280H
Text: MT9M131 1.3-Megapixel, 1/3-Inch CMOS Image Sensor Camera System-on-a-Chip Megapixel Imaging for Home Security Systems Features DigitalClarity® low-cost CMOS imaging technology 1.3-megapixel resolution (1280H x 1024V) progressive-scan CMOS image sensor l 1/3-inch optical format l 15 frames per second (fps) at 170mW , full resolution; 30 fps at 90mW, VGA resolution l Superior low-light performance , Signal-to-Noise Ratio: l l Supply Voltage: 2.8V ±0.3V 170mW (@ 15 fps), 90mW (@ 30 fps) -30°C to


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PDF MT9M131 1280H 170mW, 170mW 48-pin MT9M131
2006 - Not Available

Abstract: No abstract text available
Text: -20R Parameter 100mW 110mW 120mW 130mW 140mW 150mW 160mW 170mW 180mW 190mW LC94A74-20R LC94B74 , LC94ZH74-20R for 150mW device LC94ZJ74-20R for 160mW device LC94ZK74-20R for 170mW device LC94ZL74


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PDF 980nm 300mW 300mW. 490mW 970nm 60825-Edition ISO14001 EMS35100 TL9000 ISO9001
2007 - Not Available

Abstract: No abstract text available
Text: 1 Form C (SPDT). 6 A rated current. Slim package : 5mm width. Sensitive coil 170mW. 4kV , 500VDC. Coil Data @ 20°C Voltage: 5 to 48VDC. Nominal Power: 170mW. V23092 Rated Coil Voltage


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PDF V23092 E48393 170mW. 24VDC, 12VDC, 48VDC,
2004 - LC93G-20

Abstract: No abstract text available
Text: -20 LC93M-20 LC93N-20 LC93P-20 LC93R-20 170mW 180mW 190mW 200mW 210mW 220mW Kink-free fiber-coupled , device LC93J-20 for 160mW device LC93K-20 for 170mW device LC93L-20 for 180mW device LC93M-20 for 190mW


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PDF 980nm 100-220mW 100mW 220mW. 975-985nm 220mW 14-pin GR-468-CORE 400mW 970nm LC93G-20
2009 - 974nm

Abstract: oclaro edfa HI-980 LC94ZH74-20R LC94F74-20R LC94ZL74-20R LC94ZC74-20R Oclaro LC94 LC94D74-20R
Text: 170mW 180mW 190mW 974nm Code LC94A74-20R LC94B74-20R LC94C74-20R LC94D74-20R LC94E74-20R LC94F74 , 140mW 150mW 160mW 170mW 180mW 190mW 974nm Code LC94A74-20R LC94B74-20R LC94C74-20R LC94D74


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PDF 980nm 300mW GR-468-CORE 970nm 500mW 21CFR D00007-PB 974nm oclaro edfa HI-980 LC94ZH74-20R LC94F74-20R LC94ZL74-20R LC94ZC74-20R Oclaro LC94 LC94D74-20R
2006 - Not Available

Abstract: No abstract text available
Text: -20R Parameter 100mW 110mW 120mW 130mW 140mW 150mW 160mW 170mW 180mW 190mW LC94A74-20R LC94B74 , device LC94ZJ74-20R for 160mW device LC94ZK74-20R for 170mW device LC94ZL74-20R for 180mW device


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PDF 980nm 300mW 300mW. 490mW 970nm 21CFR 60825-Edition ISO14001
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