s0312 - r03. (web) 20121218 product description features applications performance specification ns aawg series athermal arrayed-waveguide grating multiplexer/demultiplexer aawg parameters min. typical max. unit channel spacing 100 ghz number of channels 32, 40 or 44 channel passband 12.5 ghz insertion loss [2] 4.5 5.5 db uniformity 40ch 0.9 1.2 db > 44ch 1.2 1.5 db ripple 0.35 0.5 db 1db bandwidth [3] 50 ghz 3db bandwidth [3] 75 ghz polarization dependent loss 0.5 db adjacent channel crosstalk 25 db non-adjacent channel crosstalk 35 db total crosstalk 22 db return loss 45 db directivity 50 db chromatic dispersion [4] - 20 + 20 ps/nm pmd [4] 0.5 ps maximum power handling 300 mw fiber type g. 652d fiber jacket without fan-out c : 900m loose tube b : 12-core ribbon fber with fan-out c : 900m loose tube b : 12-core fbbon fber a : 900m loose tube fiber length refer ordering information connector type refer ordering information operating temperature - 5 to +70 c storage temperature -40 to +85 c notes: [1] all the parameters are excluding connectors. il of con - nectors is 0.2db/pair for pc/upc/spc types and 0.4db per pair for apc types. [2] the maximum il is under all states of polarization and within the full operating temperature and wavelength ranges specifed. [3] measured from minimum loss to 1db and 3db down respectively. [4] over itu band athermal arrayed-waveguide grating (aawg) have equivalent perfor - mance to thermal awgs but no any electrical power needed for operation. aawg is more simple than thermal awg. oplinks planar lightwave circuits are well suited for demanding telecom ap - plications in long-haul and metro transmission systems. the aawg provide extremely excellent optical performance, high reliability, ease of fber han - dling and power saving solution in a compact package. ? pure passive ? msa package ? low insertion loss /pdl ? extremely low crosstalk ? telcordia gr-1209/1221 qualifed ? roadm ? foadm ? xgpon ? wdm-pon
aawg series athermal arrayed-waveguide grating multiplexer/demultiplexer oplink communications, inc channel spectrum table mechanical drawing / package dimensions (dimension in mm) 120.0 110.0 60.0 70.0 (17.5) (30.0) 5.0 5.0 4- ?3.2 through 10.5 15.0(m ax ) 4.5 angles: to l' s: .x x: 0.10 0.5 .x: 0.2 typical flat-top 40-channel spectrum *the mechanical tolerance should be 0.2mm on all package dimensions unless otherwise specifed.
46335 landing pkwy fremont, ca 94538 tel: (510) 933-7200 fax: (510) 933-7300 email: sales@oplink.com ? www.oplink.com aawg series athermal arrayed-waveguide grating multiplexer/demultiplexer product lines: ? mux/demux ? switching/routing ? coupling/splitting ? monitoring/conditioning ? amplifcation ? interconnect ? transmission ? hfc/rof subsystem s0312 - r03. (web) 20121218 ordering information oplink can provide a remarkable range of customized optical solutions. for detail, please contact oplinks oem design team or account manager for your requirements and ordering information (510) 933-7200. number of channels 32ch = 32 40ch = 40 44ch = 44 . . . . **** (b)fiber length* (a)fiber length* largest itu channel number aawg type (c)fiber length* 0.5 meter = h 1.0 meter = 1 1.5 meter = 5 0 meter = 0 (without fan-out)** 0.5 meter = h 1.0 meter = 1 1.5 meter = 5 flat-top = f 0.5 meter = h 1.0 meter = 1 1.5 meter = 5 connector type none = 1 fc/pc = 2 fc/spc = 3 fc/apc = 4 sc/pc = 5 sc/spc = 6 sc/apc = 7 st = 8 lc/upc = 9 mu = a lc/apc = b mtp(female) = c*** mtp(male) = d*** * the tolerance of fber length is +/-0.1m. ** only mtp connectors are available if the length of fber a is 0 (without fan-out). please choose 1 or c or d for the last digit of oplink part number. *** when mtp option was available, it must be lc/upc option for fber c. ****for other number of channels, please contact oplinks sales department for further information. for example, aawg140c60f1119 represents one 100g 40-ch (192.10~196.00thz) flat-top type and with 1.0+/-0.1m fber length on fber c, 1.0+/-0.1m fber length on fber b, 1.0+/-0.1m fber length on fber a , all with lc/upc connectors. aawg1 defnition of fiber length a, b and c (with fan-out) defnition of fiber length b and c (without fan-out)
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