AFBR-5905Z Datasheet, PDF (1/13 Pages) AVAGO TECHNOLOGIES LIMITED – ATM Multimode Fiber Transceivers in 2 x 5 Package Style

AFBR-5905Z/5905AZ
ATM Multimode Fiber Transceivers
in 2 x 5 Package Style
Agilent AFBR-5905Z/5905AZ
ATM Multimode Fiber Transceivers
in 2 x 5 Package Style
Data Sheet
Data Sheet
Features
• Multisourced 2 x 5 pack
with MT-RJ receptacle
Description
Transmitter Sections
• Single +3.3 V power sup
• Wave solder and aqueo
The AFBR-5905Z family of
The transmitter section of the
process compatibility
transceivers from Agilent
AFBR-5905Z utilizes a 1300
• Full compliance with AT
Description
provide the system designer _Featuren_sm InGaAsP LED. This LED is
UNI SONET OC-3 multim
with products to implement a packaged in the optical
physical layer specifica
The AFBR-5905Z family of t_rra_an_ns_gc_eei_ove_f r_ss_of_lr_uom_tioA_nv_sag_foo_rpro- •
vide the system designer w_mith_ulp_tr_io_md_ou_dct_es _ft_io_beim_r p_Sle_Om_Ne_En_Tt a_OC-3
range of solutions for multim_(So_Dde_Hfi_Sb_Ter_MS_-O₁N₎ E_pT_hO_ysC_i-_c3_a(_lSD_laH_yers•
STM-1) physical
transceivers are
layers for AT_foM_r a_An_Td_Mot_ah_ner_dse_or_tv_hic_ee_rs._sT_eh_re_vs_ie_ces.
all supplied in the new industry standard
•
2 x 5 DIP style with a MT-RJ f^Tib^he^er^sc^eon^tn^raeⁿct^so^cr^ein^ivte^er^rf^sac^ae^r.^{e all} •
supplied in the new industry
ATM 2 km Backbone Links
standard 2 x 5 DIP style with
a MT-RJ fiber connector ^•
Mreucel_sttp_ruis_atboa_nu_acslrsemc_se_eid_mtt2_ebx_rly5_sepp_ca_otc_rik_toa_inog_.ne_Is_tot_fy_isl_te_hdw_eri_it_vh_eM_nT-R_••J
RoHS compliant
Receiver output squelch
Singblye +a3c.3uVstpoomwesrisliucpopnlyIC which
enabled
Wav^ce^osⁿo^vld^ere^tr^san^dd^ifa^feq^ru^eeⁿo^tuⁱs^alw^Pas^Eh^Cp^Lrocess
logic signals, ECL referenced
com_App_pa_lt_ii_cb_ail_ti_it_oy_ns
Full₍c_so_hm_ifp_tl_eia_dn₎c_te_ow_aith₊₃A_.T₃M_VFo_sr_uu_pm_pU_lyN_,I SONE_•T O_MC-_u3_{ltimode fiber ATM ba}
mul_it_nim_tood_ae_nfi_ab_ner_ap_loh_gys_Lic_Eal_Dla_dye_rr_ivsp_eecification _links
RoHcSucroremnptl.iant
• Multimode fiber ATM w
The AFBR-5905Z is a 1300 nm_inp_tr_eo_rd_fau_cc_et_.with optical perfor-
mance compliant with the SONET STS-3c (OC-3) Physical
• Rec_Rei_ev_ce_er_ivo_eu_rtp_Su_et_cts_iq_ou_ne_slch function enabled
closet to desktop links
Layer Interface Specification^A. T^Th^Mis²p^kh^mysi^Bc^aa^cl ^kla^by^oeⁿr^eis^Ldⁱⁿe^kfi^sned Applica^Tt^hio^ens^{receiver section of the}
Ordering Information
in the ATM Forum
fication Version 3.0.
User-Ne_Ttw_ho_erk_AFIn_Bte_Rrf_-a₅c₉e₀₅(U_ZN_iI)_s S_ape₁c₃i-₀₀
This do_pc_ru_om_de_un_ct_tr_wefe_itr_hen_oc_pes_ticth_ae_l ANSI
n_•m
AFBR-5905Z utilizes an
Mul_It_nim_Go_ad_Ae_sfi_Pbe_INr A_pTM_hob_ta_oc_dk_ib_oo_dn_ee
links
The AFBR-5905Z 1300
product is available fo
T1E1.2 specification for the_pd_ee_rt_fa_oil_rs_mo_af _nth_ce i_cn_ote_mrf_pa_lc_ie_anfo_tr_w2_ith ^{• Mulctiomuopdledfibteor aATcMuswtiorimngscilloicseotnto deskt}_p^op_ro^li_dⁿ_u^k_c^s _{tion orders thro}
km multimode fiber backbo_tn_he_e li_Sn_Oks_N. T_Eh_Te _SA_TM_S-310_c0_(OM_Cb/_-s₃-₎
125 MBd Physical Layer int_Pe_hrf_ya_sc_ie_cais_{l L}be_as_yt_erim_Ip_nl_te_em_rfe_an_ct_eed
transimpedance preamplifier
Orderin_ICg _.In_If_tor_im_s a_pt_aio_cn_{kaged in the}
Agilent Component Fie
Offices and Authorized
with the AFBR- 5903Z famil_Sy_po_ef_cF_iD_fiD_caI _tT_ir_oa_ns_. c_Te_hiv_ie_srs_pw_hyh_sic_ich_al The AF^oB^pR^t-ⁱ5^c9^a0^l5^sZ^u1^b3^a0^s0^sn^em^mbp^lr^yod^pu^oc^rt^tiⁱs^oaⁿva^oil^fable_Dfo_ir_sp_trro_ibd_uu_tc_o-_{rs world wid}
are
per
specified
the FDDI
PfoMrDussetainndtahrids.4^lFaB_oy^/_r^{5euBrmeinsUcdo}_se^d_efr^ei-dnNep_ed^h_tw^yisnoic_r^{atkhl leIa}_n^yAe_te^rTrMfactfii_ecoensoarn^tTdhd_h^eer_iAs_su^rtePthh^cr_Ioo^eNr^iu_/i^vgz_peeh_rrd_e.^th_aD_m^eisAt_prv_lib_i^a_f^gu_ietoo_r^Crs_c^o_owm_mopr_b^old_iⁿ_n^ew_aⁿⁱ_-dt eFi.e^AAld_FF^S_BB^a_RR^le_--^s₅₅^O₉₉^f₀₀^-_{55AZ Z=}
0°C to
= -40°
Transmitter Sections
(UNI) Specification Version 3.0._AFBt_Rio_-5n₉₀is_5Zco₌u₀p_°Cle_td_{o +}to₇₀a_°Ccustom
This document references the quantizer IC which provides
+85°C.
The transmitter section of th^Ae^NA^SF^IBR^T-¹5^E90¹5^.2Z u^st^pil^eiz^ceⁱs^fia^ca1^t3ⁱ0^o0^{n for AFBtRh-e59f0i5nAaZl p=u-4ls0e°Csthoa+p8i5n°gC.for the}
nm InGaAsP LED. This LED is^tp^ha^eck^da^eg^te^ad^ilsin^oth^f e^tho^eptⁱiⁿca^tl^es^ru^fab^c- ^{e for logic output and the Signal}
assembly portion of the tran²sm^ki^mtte^mr s^uec^lttⁱio^mn^o. I^dt^eis ^fdⁱr^biv^ee^rn by
Detect function. The Data
a custom silicon IC which co^bn^av^ce^krt^bs^odⁿif^efe^lrⁱeⁿn^kt^sia^.l PECL logic
output is differential. The
signals, ECL referenced (shift_Ted_h)_eto_Aa_T+_M3.3₁₀V₀su_Mpp_bl_/y_s, _-in₁t₂o₅an_MBd
Signal Detect output is single-
analog LED drive current. _{Physical Layer interface is best} ^{ended. Both Data and Signal}
implemented with the AFBR- ^{Detect outputs are PECL}
5903Z family of FDDI
compatible, ECL referenced
Transceivers which are
(shifted) to a 3.3 V power
specified for use in this 4B/5B ^{supply. The receiver outputs,}
encoded physical layer per the ^{Data Out and Data Out Bar,}
FDDI PMD standard.