光无源器件现状和制作技术_图文

1、Passive Devices in Optical Communication System MO (Micro OpticsFBT (Fusion Biconic PLC (Planar Lightwave ConclusionsWDM1xNWDM FBT Micro-opticsPLCPassive Devices in Optical Communication System MO (Micro OpticsFBT (Fusion Biconic PLC (Planar Lightwave ConclusionsBy Gaussian Optics, package technolog

2、y Circulator Point Source Point Source divergence beamisolatorPassive Devices in Optical Communication System MO (Micro OpticsFBT (Fusion BiconicPLC (Planar Lightwave ConclusionsBy coupled mode theory50%100%ratiocore 50%Single/Dual Window Wide band (+/-80nmCustom defined spec. Pass Telcordia 1209Nor

3、mal D WBC±50nmWavelength insensitivefor a wide rangeNormal SWBC±80nmWavelength insensitivefor a wide rangecover 8 channels from 1470nm to 1610nm very low wavelength dependent loss < 0.35dB high reliabilitycost competitiveILWavelength Division Multiplexer LossPassive Devices in Optical C

4、ommunication System MO (Micro OpticsFBT (Fusion Biconic PLC (Planar Lightwave ConclusionsBy integrated optics, waveguide theorem V-Groove ChipMaterial: BK7 Glass, Pyrex Groove Depth Accuracy Pitch AccuracyGroove Number: 1 -1 Ribbon Fiber V-groove :1ch Fiber arrayFiber1x8 WINC (wavelength insensitive

5、 coupler 41 Interleaver (wavelength splitter 42 Thermal optical switch 43 VOA-MUX 44 PLC PLC 45 PLCPLC Passive Devices in Optical Communication System MO (Micro OpticsFBT (Fusion Biconic PLC (Planar Lightwave ConclusionsGR-1221 ( at least 6 mon.Generic Reliability Assurance Requirements for Passive Optical ComponentsGR-1209 (at