s0153 - r04. (web) 20120912 product description features options applications performance specification ns notes: [1] the maximum il is under all states of polarization and within the full operating temperature and wavelength ranges specifed. [2] please contact oplink sales, marketing or plm for more details about electrical specifcations. [3] all the parameters are excluding connectors. il of connectors is 0.2db/pair for pc/upc/spc types and 0.4db per pair for apc types. awgm1 parameters min. typical max. unit available channel frequency range 191.85 196.20 thz channel spacing 100 ghz number of channels 32, 40 or 44 channel passband 12.5 ghz insertion loss [1] 5.0 6.0 db uniformity < 1.5 db ripple 0.5 0.75 db polarization dependent loss 0.5 db adjacent channel crosstalk 25 db non-adjacent channel crosstalk 35 db total crosstalk 22 db return loss 40 db directivity 50 db power consumption 4 w maximum power handling 300 mw fiber type g. 652d fiber jacket c : 900m tight bufer b : 12-core ribbon fiber a : 900m loose tube fiber length refer ordering information connector type referr ordering information package type [2] p3 : internal temperature control p4 : thermistor temperature sensor only operating temperature - 5 to +65 c storage temperature -40 to +85 c arrayed-waveguide grating multiplexer/demultiplexer awgm1 series arrayed-waveguide grating (awg) multiplexers and demultiplexers com - bine or split optical signals of different wavelengths (channels) in dwdm systems. oplinks planar lightwave circuits are well suited for demanding telecom applications in long-haul and metro transmission systems. the awg offers low insertion loss, accurate channel alignment, very low crosstalk and high channel-to-channel uniformity. this product family complies with telcordia gr-1221-core. ? established silica-on-silicon technology ? extremely low crosstalk ? low insertion loss ? low pdl ? low chromatic dispersion ? telcordia gr-1221-core qualifed ? dwdm transmission ? wavelength routing ? optical add/drop multiplexing ? channel count: 32, 40 or 44 ? rtd/thermistor temperature sensor or internal temp control option
arrayed-waveguide grating multiplexer/demultiplexer awgm1 series oplink communications, inc channel spectrum tables typical gaussian 40-channel spectrum typical moderrate 40-channel spectrum typical flat-top 40-channel spectrum
product lines: ? mux/demux ? switching/routing ? coupling/splitting ? monitoring/conditioning ? amplifcation ? transmission ? interconnect ? rgb laser modules s0153 - r04. (web) 20120912 46335 landing pkwy fremont, ca 94538 tel: (510) 933-7200 fax: (510) 933-7300 email: sales@oplink.com ? www.oplink.com arrayed-waveguide grating multiplexer/demultiplexer awgm1 series awgm1 ordering information oplink can provide a remarkable range of customized optical solutions. for detail, please contact oplinks oem design team or account manager with your requirements and ordering information (510) 933-7200. mechanical drawing / package dimensions * gaussian and moderate (semi flat-top) types are available. please contact oplink sales and marketing for details. ** the tolerance of fber length is 0.1m. *** connectors are not available if the length of fber a is 0. please choose 1 for the last digit of oplink part number. for example, awgm140c60f3219 represents one 100g 40-ch (192.10~192.60thz) flat-top type awg module with p3 package, 1.00.1m fber length on fber c, 0.50.1m fber length on fber b, 1.00.1m fber length on fber a and lc/upc connectors. p3/p4: defnition of fiber length a, b and c: *the mechanical tolerance should be 0.2mm on all package dimensions unless otherwise specifed. no te: 1. units: mm. 2. to l' s: .x=0.2 .x x=0.1 3. projec tion: 140.0 58.0 65.0 ma x 150.0 max 16.0 ma x 4-m3 5.0 number of channels 32ch = 32 40ch = 40 44ch = 44 (b+a)fiber length** package type largest itu channel number awg type* (c)fiber length** 1.0 + 0 meter = 1*** 1.5 + 0 meter = 5*** 0.5 + 0.5 meter = h 0.5 + 1.0 meter = 2 1.0 + 0.5 meter = 3 p3 = 3 p4 = 4 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
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