!"#$ ! ! ! !" !#"!$%% & ' !( ) * +,( * !" -! & % &#"." !!"/-0-1%23 ! 4 !+1-*5! !'6#15$7#,& !($+ ! " # # $$%&$' ( # )") ## "" )) )( "(* # # ## "" # # ) " # !"#$ ! ! "#$ !%! & # ! ! " $% &'( ! $% &'( )* ! &')( &')( + ! ! ! ' & (!)*+,,,-./0!1#2.3 *"4$#! ! # *"-$#4,562,5 ! # # ! "#$ ! "#$ ! #,! ! #)! " #! #!*! # $% &'( #* $% &'( ! # $% ! ! #- $% ! ! $% *"4$#+(')74%4,8! -4 )(4..9 *"-$#-,56:,5 !"#$ PreAmp Post Amp Serializer/ Deserializer Transceiver Chip SD to upper level Receiver DRIVER Receiver PLL etc. ECL/PECL VCC SerDes Driver Laser Transmitter "-55829:$ * * "255;598-3 !" #$# %#& ' !-58-7 <-58.Ω <528-3Ω <95.8-3Ω <-893Ω <5;5=5-35--5-$$ >3Ω ? %<5;5=5-35--5- ) 3 Ω ##@ $ <' '6 #&% %,A % !-515< 1" $ "5 !"#$ !"#$ Test Item Reference FCC Class B (#1) Electromagnetic Interference EMC EN 55022 Class B (#2) Immunity Radio Frequency Electromagnetic Field (#3)Immunity Electrostatic Discharge to the Duplex SC Receptacle Qty’ Evaluation 5 CISPR 22 EN 61000-4-3 5 IEC 1000-4-3 EN 61000-4-2 IEC 1000-4-2 5 IEC 801.2 (1) Satisfied with electrical characteristics of product spec. (#4)Electrostatic Discharge to the Electrical Pins (2) No physical damage MIL-STD-883C Method 3015.4 EIAJ#1988.3.2B Version 2, Machine model 5