STL51005x
STL51005x is (STL51004x / STL51005x) 1300 nm Laser in Coaxial Package manufactured by Siemens Semiconductor Group.
- Part of the STL51004A comparator family.
- Part of the STL51004A comparator family.
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1300 nm Laser in Coaxial Package with SM-Pigtail, Low Power
STL 51004X STL 51005X
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Designed for application in fiber-optic networks Laser diode with Multi-Quantum Well structure Suitable for bit rates up to 1 Gbit/s Ternary photodiode at rear mirror for monitoring and control of radiant power
- Hermetically sealed subponent, similar to TO 18
- SM Pigtail with optional flange
Type STL 51004G STL 51004A STL 51005G STL 51005A
Ordering Code Q62702-P3058 Q62702-P3057 Q62702-P3055 Q62702-P3054
Connector/Flange FC / without flange DIN / without flange FC / with flange DIN / with flange ponent with other connector types on request.
Maximum Ratings Output power ratings refer to the SM fiber output. The operating temperature of the submount is identical to the case temperature. Parameter Module Operating temperature range at case Storage temperature range Soldering temperature tmax = 10 s, 2 mm distance from bottom edge of case Symbol Values Unit
TC Tstg TS
- 40 … + 85
- 40 … + 85 260
°C °C °C
Semiconductor Group
STL 51004X STL 51005X
Maximum Ratings (cont’d) Parameter Laser Diode Direct forward current Radiant power CW Reverse Voltage Monitor Diode Reverse Voltage Symbol Values Unit
IF max
Φe
120 1 2 m A m W V
VR max
VR max
Characteristics All optical data refer to an optimally coupled 10/125 µm SM fiber. Parameter Laser Diode Optical output power Emission wavelength center of range Φe = 0.2 m W Spectral bandwidth Φe = 0.2 m W (RMS) Threshold current Forward voltage Φe = 0.2 m W Radiant power at threshold Slope efficiency Differential series resistance Rise time/fall time Monitor Diode Dark current, VR = 5 V, Φe = 0 Photocurrent, Φe = 0.2 m W Φe λ ∆λ > 0.4 1280 … 1330 <5 2 … 45 < 1.5 < 10 8 … 60 <8 <1 m W nm nm m A V µW m W/A Ω ns Symbol Values Unit
Ith VF
Φeth η r S tr; tf
IR IP
< 500 100 … 1000 n A µA
Semiconductor...