FU-319SPP-CV6
FU-319SPP-CV6 is InGaAs PD PREAMP MODULE manufactured by Mitsubishi Electric.
DESCRIPTION
FU-319SPP-CV6 is In Ga As pin photodiode module with Ga As preamplifier, designed for use in highspeed, long haul optical munication systems. The coaxial package contains an In Ga As pin photodiode coupled with single-mode fiber pigtail and Ga As preamplifier. FEATURES
- High-sensitivity (-23d Bm typ)
- 5pin coaxial package
- Selectable single power supply voltage (+5V or 5.2V). (In Ga As pin photodiode and Ga As preamplifier are isolated from the case.)
- Ga As preamplifier with AGC function
- Differential output (50Ω ) APPLICATION 2.5Gbps.optical receiver (OC-48, STM-16) Extended reach data and tele applications Long haul optical munication systems
ABSOLUTE MAXIMUM RATINGS (Tc=25° C) Parameter Symbol PD Reverse voltage VPD PD Reverse current (CW) PD Forward current (CW) Power supply voltage Operating case temperature Storage temperature Ir If VDD Tc Tstg
Conditions VSS=0V VSS=0V
- Rating 20 4 2 0~7 -40~+85 -40~+85
Unit V m A m A V ° C ° C
TZ7-99-460B(3/4) MITSUBISHI (OPTICAL DEVICES)
In Ga As PD PREAMP MODULE FOR THE 1.31 µm AND 1.55 µm WAVELENGTH RANGE
ELECTRICAL/OPTICAL CHARACTERISTICS (Tc=25° C,λ =1.3µm,VDD=5V,VSS=0V unless otherwise noted) Parameter Symbol Test Conditions Limits Unit Min. Typ. Max. Detection range 1000 1600 nm Responsivity(Note 1) R CW 0.7 0.8 A/W Transimpedance Zt(off) AC,f=100MHz,RL=High 1.7 kΩ AGC_off (Note 1) Zt(on) AC,f=100MHz,RL=High 0.5 AGC_on Cutoff frequency(-3d B) fc_High 1.8 GHz AC,RL=50Ω fc_Low 100 k Hz AC,RL=50Ω Average input equivalent in 6.5 p A/ AC,RL=50Ω ,1MHz~1.8GHz noise current density √ Hz Output impedance Zo (Differential output) 50 Ω Sensitivity Pr -23 -21 d Bm AC,RL=50Ω , NRZ, 2.48832Gbps., PRBS=2^23-1, BER=10^-10, Over load power Po 1 3 VPD=5V (Note 2) Power supply voltage VDD VSS=0V 4.75 Power supply current IDD VDD=5V Optical return loss Prtn 27 Note 1. Transimpedance value apply when AGC(Bit by bit) function is fully off. Note 2. Used post-amp bandwidth is 1.86GHz, Laser souse extinction ratio is 10d B....
