FU-423SLD-FV3M31
FU-423SLD-FV3M31 is FP-LD MODULE manufactured by Mitsubishi Electric.
DESCRIPTION
Module type FU-423SLD-FV3M31 has been developed for coupling a singlemode optical fiber and a 1.3µm wavelength In Ga As P LD (Laser diode). FU-423SLD-FV3M31 is suitable to light source for highspeed short haul and long haul digital optical munication systems.
FEATURES z High-speed response z Emission wavelength is in 1.3µm band z Low threshold current (7m A typ.) z With photodiode for optical output monitor z MQW- active layer z FSBH-
- structure fabricated by all MOCVD process
- Multiple quantum well
- - Facet selective-growth buried heterostructure APPLICATION Access
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ABSOLUTE MAXIMUM RATINGS (Tc=25°C) Parameter Symbol Laser diode Optical output Pf power from fiber end Reverse voltage Vrl Photodiode Reverse voltage Vrd for monitoring Forward current Ifd Operating case temperature Tc Storage temperature Tstg
Conditions CW Tc=-40~85°C
- Rating 0.4 2 20 2 -40~+85 -40~+85
Unit m W V V m A °C °C
Mitsubishi Electric Corporation reserves the right to make changes to the products or information contained herein without notice. No liability is assumed as a result of their use or application.
WZ700043B (2/4) MITSUBISHI (OPTICAL DEVICES)
1.31 µm FP-LD MODULE WITH SINGLEMODE FIBER PIGTAIL ELECTRICAL/OPTICAL CHARACTERISTICS Parameter Threshold current Symbol Ith Test Conditions CW,Tc=25°C CW,Tc=-40~80°C CW,Pf=0.2m W, Tc=25°C CW,APC, Imon(Pf(25°C)=0.2m W), Tc=-40~80°C CW,APC, Imon(Pf(25°C)=0.2m W), Tc=-40~80°C CW,If=Ith,Tc=-40~80°C (Note1) d Pf/d If linearity Center wavelength ηI λc CW,APC,Pf=0.04~0.2m W CW,Pf=0.2m W, Tc=25°C CW,APC, Imon(Pf(25°C)=0.2m W), Tc=-40~80°C ∆λCW,APC, Imon(Pf(25°C)=0.2m W), Tc=-40~80°C Ib=Ith,Pfpeak=0.2m W, 10~90%,Tc=25°C CW,APC, Imon(Pf(25°C)=0.2m W), Tc=0~70°C CW,APC, Imon(Pf(25°C)=0.2m W), Tc=-40~80°C CW,Vrd=3V,Pf=0.2m W Vrd=3V -25 1290 1260 0 0 0.08 0.3 0.4 0.5 0.5 0.1 25 1330 1360 2.5 0.5 1 1.2 1 0.5 15 m A µA p F nm ns d B % nm Min. 3 1 5 4 0.8 Limits Typ. 6 6 Max. 10 35 15 35 1.5 10 V µW Unit m A m A m A
Modulation current
Imod
Op...
