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Part Manufacturer Description Datasheet BUY
CDB4352 Cirrus Logic Evaluation, Design Tools Eval Bd 192kHz DAC w/LD visit Digikey
VOL8085I US-Lasers Inc LASER MODULE ADJ 808 NM 1-4.8MW visit Digikey
WM8255SEFL/R Cirrus Logic IC 12MSPS 16 BIT AFE WITH LED DR visit Digikey
WM8255SEFL Cirrus Logic IC 12MSPS 16 BIT AFE WITH LED DR visit Digikey
CS4345-CZZR Cirrus Logic Converters - Digital to Analog (DAC) IC 10-pin 24Bit 192kHz Stereo DAC visit Digikey
CS4345-DZZR Cirrus Logic Converters - Digital to Analog (DAC) IC 10-pin 24Bit 192kHz Stereo DAC visit Digikey

Laser+Diode+808+2+pin+1000+mw

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: laser diode, 1000 mW with FC receptacle 6-52 SFH483501 TO 3 40 stripe array, 1 5 W GaAIAs laser , SFH487406 TO 220 SFH487406-FC con nector (750 mW) GaAIAs laserdiode, 1000 mW. 6-58 O (O , 1 J | "P A . Fiber optic short distance data trans mission. 2.2 mm aperture holds 1000 micron , housing. 3(S1.6) ma 850 Fiber optic short distance data transmission. 2.2 mm aperture holds 1000 micron plastic fiber. Matches SFH450/ 450V, 452V or 750,750V. PIN Phototawwistor Fiber optic short -
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SFH350V SFH551V SFH4423 SFH4646 SFH2324 photodiode ge ma 850 sfh4845 SFW452V SFH450 SFH750 SFH752 SFH450V SFH250/V
Abstract: wavelength: typ. 1580 nm, multi mode Max. optical power: 100 mW Package: 9 mm (SOT-148) PIN CONNECTION , cw Threshold Current Ith cw Operation Current Iop Po = 100 mW Operation Voltage Vop Po = 100 mW Lasing Wavelength λp Po = 100 mW Spectra halfwidth âλ Po = 100 mW (FWHM) Beam Divergence Θ// Po = 100 mW Beam Divergence Θ Po = 100 mW Emitting area 04.08.2010 Wxd MIN TYP MAX UNIT 300 700 2.3 - 100 400 800 2.4 1580 600 1000 2.5 1582 mW mA Roithner LaserTechnik
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RLT1550-100G
Abstract: Wavelength Maximum total output power Beam divergence (1/e2) 1550 nm less than 50 mW 10° Pin Description , .1 mW Reverse Voltage, VR. 2 V FEATURES , 2 0.4 1510 1590 Typ. Max. Units mW nm L . If L >> then we speak of a Fabry-Perot Laser because , Laserdiode 5 0.5 55 nm/K mA VF Pth Svar 8 ­30 1.5 10 60 30 V uW mW/ A % 4 Intensity Variation of 1st derivative of P/I (0.05 to 0.4 mW) Differential series resis- RS tance 8 100 270 200 Infineon Technologies
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DFB Laser-Diode 1550 nm pf05 tf011 STL81007 STL81007G D-13623
Abstract: -hole flange and optional connector Data Sheet 1 2002-01-01 STL81007x Pin Configuration and Flange Pin Configuration and Flange Transmitter (bottom view) 2.54 mm Pinning 1 2 2 3 , 120 mA 1 mW 2 V VR IF Direct forward current 10 V 2 mA Monitor , Sheet 2 Pth 5 mW 1590 nm 2002-01-01 STL81007x Technical Data Transmitter , (­40.85°C) Rise time (10%­90%) Fall time (10%­90%) max. 8 60 mW/A ­30 30 % 8 Infineon Technologies
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STH51007G
Abstract: Data Sheet 1 2002-01-01 STM81004x STM81005x Pin Configuration and Flange Pin Configuration , 2 mW 2 V VR IF Direct forward current 10 V 2 mA Monitor Diode , mW 1590 nm 2002-01-01 STM81004x STM81005x Technical Data Transmitter Electro-Optical , time (10%­90%) Fall time (10%­90%) max. 20 100 mW/A ­30 30 % 8 100 200 ps 270 Variation of 1st derivative of P/I Svar (0.1 to 1 mW) Differential series Infineon Technologies
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Laser-Diode IR STM81004G STM81004N STM81004Z STM81005G STM81005N STM81004 STM81005
Abstract: Pin Description (1/e2) less than 50 mW 10° FLANGE OPTIONS Transmitter Model 2.54 mm , .2 mW Reverse Voltage, VR. 2 V , mW/ A Variation of 1st derivative of P/I (0.1 to 1 mW) Intensity 1.2 Spectral width , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis , Tracking error(1), VR=5 V TE Min. Units nA 1000 uA 10 ­1 Max. 500 100 Typ. pF Infineon Technologies
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STM51007G STM51007N 2 Wavelength Laser Diode diode 476 A 1550 laser diode Fabry-Perot-Laser 1550 laser transmitter 1550 nm STM51007
Abstract: . 120 mA Radiant power CW, PF, rad .1 mW Reverse , mW/ A Variation of 1st derivative of P/I (0.1 to 0.4 mW) Intensity 0.4 Spectral width , %â'"90%) 0 11 2 3 Wavelength λ 4 tr 100 200 Fall time (10%â'"90%) 5 Units mW , Tracking error(1), VR=5 V TE Min. Units nA 1000 ÂuA 10 â'"1 Max. 500 100 Typ , Laser Data 5 Length 1 0.8 N 1.2 Wavelength m Maximum total output power Pin Infineon Technologies
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STL81004 STL81005 STL81005G
Abstract: . 120 mA Radiant power CW, PF, rad .1 mW Reverse , V Radiant power at Ith Pth 10 uW Slope efficiency (­40.85°C) 8 60 mW/ A Variation of 1st derivative of P/I (0.1 to 0.4 mW) Intensity 0.4 Spectral width (RMS , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis , Tracking error(1), VR=5 V TE Min. Units nA 1000 uA 10 ­1 Max. 500 100 Typ. pF Infineon Technologies
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high power 1550 dfb laser diode laser diode 1550 nm fabry perot laser diode Laser FP 1550 mW STL81005N STL81004Z
Abstract: Pin Description (1/e2) less than 50 mW 10° FLANGE OPTION Transmitter Model 2.54 mm , .1 mW Reverse Voltage, VR. 2 V , V Radiant power at Ith Pth 10 uW Slope efficiency (­40.85°C) 8 60 mW/ A Variation of 1st derivative of P/I (0.05 to 0.4 mW) Intensity 0.4 Spectral width (RMS , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis Infineon Technologies
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IR LASER 1550nm
Abstract: Ta (°C) VB PIN INPUT VOLTAGE-CURRENT VB PIN INPUT VOLTAGE · BIAS OUTPUT CURRENT 100.0 90.0 , a laser drive current output pin of sink type and is capable of driving a laser diode on a maximum , * system that requires no external device for laser power control. *:Automatic Power Control PIN , capacitor to the CH pin and applying a reference voltage to the Vr pin. The PD current generated by LD , difference (Vm). Vm is compared with the voltage applied to the Vr pin. If Vm < Vr , a constant current is Mitsubishi
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M61880FP laserdiode application laserdiode and Application Note, Data S laserdiode driver circuit diagram APC rs 1200 n type laser diode driver mitsubishi laserdiode
Abstract: Infrared Laserdiode NOTE! Structure: GaAlAs double heterostructure Lasing wavelength: 1000 nm typ. Max. optical power: 20 mW, multimode Package: 9 mm LASERDIODE MUST BE COOLED! PIN CONNECTION , mA um² 1000 1020 nm 20 25 ° 45 50 ° 0.7 1.0 mW/mA 350 1200 uA Roithner LaserTechnik , CONDITION Optical Output Power Po cw Threshold Current Ith cw Operation Current Iop Po = 20 mW Lasing Aperture A Lasing Wavelength p Po = 20 mW Beam Divergence // Po = 20 mW Beam Divergence Roithner LaserTechnik
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RLT1000-20G laserdiode 1020 nm
Abstract: 160 2 1550 25 40 100 MAX 1580 1000 UNIT um² mW mA mA V nm ° ° uA , nm, single mode Typ. optical power: 30 mW Package: 9 mm (SOT-148) LASERDIODE MUST BE COOLED! PIN CONNECTION: 1) Laser diode cathode 2) Laser diode anode and photodiode cathode 3) Photodiode , Power Po cw Threshold Current Ith cw 30 Operation Current Iop Po = 30 mW Forward Voltage Uf Po = 30 mW Lasing Wavelength Po = 30 mW 1520 p Beam Divergence Po = 30 mW // Beam Divergence Roithner LaserTechnik
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RLT1550-30G
Abstract: 38 1 1000 UNIT mA mA V nm ° ° mW/mA uA Roithner LaserTechnik , : typ. 904 nm Output power: 10 mW Package: 5.6 mm, TO-18 NOTE! LASERDIODE MUST BE COOLED! PIN CONNECTION: 1) Laser diode cathode 2) Laser diode anode and photodiode cathode 3) Photodiode , °C) CHARACTERISTIC SYMBOL TEST CONDITION Threshold Current Ith cw Operation Current Iop Po = 10 mW Operating Voltage Vop Po = 10 mW Lasing Wavelength Po = 10 mW p Beam Divergence Po = 10 mW // Beam Roithner LaserTechnik
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RLT904-10MG
Abstract: Data Sheet 1 2001-06-01 STL51004x STL51005x Pin Configuration and Flange Pin Configuration , 1 mW 2 V VR IF Direct forward current 10 V 2 mA Monitor Diode , mW 1330 nm 2001-06-01 STL51004x STL51005x Technical Data Transmitter Electro-Optical , time (10%­90%) Fall time (10%­90%) max. 8 60 mW/A ­30 30 % 8 100 200 ps 270 Variation of 1st derivative of P/I Svar (0.1 to 0.4 mW) Differential series resistance Infineon Technologies
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Laser diode Fabry-Perot STL51004G STL51004N STL51004Z stl51005 STL51005G STL51004 STL51005
Abstract: Data Sheet 1 2002-01-01 STL81004x STL81005x Pin Configuration and Flange Pin Configuration , 1 mW 2 V VR IF Direct forward current 10 V 2 mA Monitor Diode , mW 1590 nm 2002-01-01 STL81004x STL81005x Technical Data Transmitter Electro-Optical , time (10%­90%) Fall time (10%­90%) max. 8 60 mW/A ­30 30 % 8 100 200 ps 270 Variation of 1st derivative of P/I Svar (0.1 to 0.4 mW) Differential series resistance Infineon Technologies
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STL81004G STL81004N STL81005Z
Abstract: . 120 mA Radiant power CW, PF, rad .4 mW Reverse , mW/ A Variation of 1st derivative of P/I (0.1 to 2 mW) Intensity 2 Spectral width (RMS , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis , Tracking error(1), VR=5 V TE Min. Units nA 1000 uA 10 ­1 Max. 500 100 Typ. pF , 1 0.8 N 1.2 Wavelength m Maximum total output power Pin Description and Flange Infineon Technologies
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STH51005G laserdiode current control high power STH51004G STH51004N STH51004Z STH51005N STH51004 STH51005
Abstract: Pin Description (1/e2) less than 50 mW 10° FLANGE OPTIONS Transmitter Model 2.54 mm , .1 mW Reverse Voltage, VR. 2 V , V Radiant power at Ith Pth 10 uW Slope efficiency (­40.85°C) 8 60 mW/ A Variation of 1st derivative of P/I (0.05 to 0.4 mW) Intensity 0.4 Spectral width (RMS , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis Infineon Technologies
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STL51007G STL51007N STL51007
Abstract: power Beam divergence (1/e2) 1550 nm less than 50 mW 10° Pin Description and Flange Pinning (bottom , .2 mW Reverse Voltage, VR. 2 V FEATURES , 2 1.2 1510 1590 Typ. Max. Units mW nm L . If L >> then we speak of a Fabry-Perot Laser because , Laserdiode 5 0.5 55 nm/K mA VF Pth Svar 20 ­30 1.5 40 100 30 V uW mW/ A % 4 Intensity Variation of 1st derivative of P/I (0.1 to 1 mW) Differential series resis- RS tance 8 100 270 200 500 Infineon Technologies
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STM81007 STM81007G
Abstract: .2 mW Reverse Voltage, VR. 2 V , mW/ A Variation of 1st derivative of P/I (0.1 to 1 mW) Intensity 1.2 Spectral width , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis , Tracking error(1), VR=5 V TE Min. Units nA 1000 uA 10 ­1 Max. 500 100 Typ. pF , 1 0.8 N 1.2 Wavelength m Maximum total output power Pin Description and Flange Infineon Technologies
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STM51004 STM51005G STM51005N STM51004Z STM51004N STM51004G STM51005
Abstract: .2 mW Reverse Voltage, VR. 2 V , mW/ A Variation of 1st derivative of P/I (0.1 to 1 mW) Intensity 1.2 Spectral width , Wavelength 4 tr 100 200 Fall time (10%­90%) 5 Units mW Differential series resis , Tracking error(1), VR=5 V TE Min. Units nA 1000 uA 10 ­1 Max. 500 100 Typ. pF , 1 0.8 N 1.2 Wavelength m Maximum total output power Pin Description and Flange Infineon Technologies
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datasheet laser 1550 spectral STM81005Z transmitter laser 1550nm rise time
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