Sumitomo Electric Optoelectronic LIDAR: FLD5F15CX-H9350 1550nm DFB Laser(QTY=2)

Description

Sumitomo Electric Optoelectronic Device: FLD5F15CX-H9350 1550nm Continuous Wave DFB Laser
This is for quantity of 2 DFB Lasers.  The lasers have been used.  They have been soldered on an existing PCB board.
FEATURES
Continuous Wave (CW) Light Source for DWDM system Output Power: 16dBm Available at L-band ITU-T Wavelengths between to 1608.329nm Built-in TEC, Thermistor, Monitor PIN PD and Optical Isolator Polarization maintaining (PANDA) fiber
APPLICATIONS
10 and 40 Gb/s long haul DWDM Transmission systems.
DESCRIPTION
The laser is for a high power (16dBm) CW operation, at selected L-band ITU-T grid wavelengths. The module includes an optical isolator monitor photodiode, thermistor and a thermo-electric cooler. This laser is designed for use with external modulation components (such as LiNbO3 modulators). The device comes in "butterfly" type, 14-pin package, and operates between to 70°C.
ABSOLUTE MAXIMUM RATINGS (Tc=25°C, unless otherwise specified)
Rating Parameter Storage Temperature Operating Case Temperature Optical Output Power LD Forward Current LD Reverse Voltage PD Reverse Voltage PD Forward Current Cooler Voltage Cooler Current Thermistor Temperature Lead Soldering Time Symbol Tstg Top IF VR VDR IPF Vc Ic Tth Condition CW Cooling Heating Cooling Heating ATC Operation 260°C Min. Max. Unit
Parameter Laser Set Temperature (BOL) Optical Output Power Threshold Current Forward Voltage Slope Efficiency Operating Forward Current Peak Wavelength Drift Wavelength Stability with Case Temperature Spectral Width (-3dB) Side Mode Suppression Monitor Current Monitor Dark Current Monitor Capacitance Tracking Error (Note 1) Optical Isolation Polarization Extinction Ratio Relative Intensity Noise Cooler Current Cooler Voltage Cooler Power Thermistor Resistance Thermistor B Constant (Note 2) Symbol Tset Pf Ith VF Iop Sr Im Idm TE IS PER RIN Vc Pc Rth Tc, TL=25°C B TL=Tset, Tc=+70°C, CW, ORL>40dB average of f=DC VPD=5V, f=1 MHz Im=constant, to +70°C Test Conditions ORL>40dB 20 years to +70°C
Min. 40 3 Limits Typ. 0.14 Note Max. Unit mA V mW/mA nm pm pm/°C
OPTICAL AND ELECTRICAL CHARACTERISTICS (TL=Tset, Tc=25°C, BOL, unless otherwise specified)
Note 1. TE=10*log[Pf(Tc)/Pf(25)] Note 2. Relation between resistance and temperature (°K) is: Rth (T) = Rth (25)*exp[B(1/T-1/298)] Note 3. The selected wavelength is available in accordance