4-` 8 8 8 8 8 8 8 8 8 8 8 8 ieee .std _log ic_1 164. std_ logi c_ve ctor tor clk_ cont rol L L 8 clk_ sear ch r L L 9 ctrl _add ress ess L L : ctrl _rd L L ; H ctrl _rdd ata L L < h ctrl _wai t ai L L = ctrl _wr L L > ctrl _wrd ata L L ? rese t se L L @ sear ch_e of e L L A sear ch_k ey k L L B H sear ch_p ort_ stal led L L C p sear ch_r esul t ul L L D sear ch_r esul t_av _av L L E sear ch_s of s L L F q_b L L P sa_w ren L L Q @ data _b a L L R ` addr ess_ b s_ L L S wren _a n L L T addr ess_ a s_ L L U data _a a L L V q_a L L W sear ch_s a_dr op_c nt c L L X 0 sear ch_e ntry _age _tim e im L L Y ` wrre q re L L Z data ata L L [ wrfu ll u L L \ rdre q re L L ] q re L L ^ rdem pty L L _ 0 sear ch_s a_ov erlo ad_c nt c L L ` P rdus edw L L a sear ch_e ntry _age _tim e_en a en L L b clk_ en _ L L c esoc _clk _en_ gen_ div L L d net_ 0 t_ L L e ( rden _b n L L f H line __21 7 21 u0 1 sear ch_t able _add ress ess sear ch_t able _dat a at sear ch_t able _q e sear ch_t able _rde n de sear ch_t able _wre n re r esoc _sea rch_ engi ne_d a _d work ork ieee eee std u1 sear ch_a ging _tic k ic sear ch_s a_st ore_ empt y pt sear ch_s a_st ore_ q e_ sear ch_s a_st ore_ rd _ sear ch_s a_st ore_ word s rd esoc _sea rch_ engi ne_s a _s u3 s esoc _sea rch_ engi ne_c ontr ol r u2 r wren _b n cloc k oc rden _a n esoc _ram _8kx 80 x u5 x sear ch_s a_st ore_ d e_ sear ch_s a_st ore_ full ull sear ch_s a_st ore_ wr _ % <
4-` 8 8 8 8 8 8 8 8 8 8 8 8 ieee .std _log ic_1 164. std_ logi c_ve ctor tor clk_ cont rol L L clk_ sear ch r L L ! ctrl _add ress ess L L " ctrl _rd L L # H ctrl _rdd ata L L $ h ctrl _wai t ai L L % ctrl _wr L L & ctrl _wrd ata L L ' rese t se L L ( sear ch_e of e L L ) sear ch_k ey k L L * H sear ch_p ort_ stal led L L + p sear ch_r esul t ul L L , sear ch_r esul t_av _av L L - sear ch_s of s L L . q_b L L 8 sa_w ren L L 9 @ data _b a L L : ` addr ess_ b s_ L L ; wren _a n L L < addr ess_ a s_ L L = data _a a L L > q_a L L ? sear ch_s a_dr op_c nt c L L @ 0 sear ch_e ntry _age _tim e im L L A ` wrre q re L L B data ata L L C wrfu ll u L L D rdre q re L L E q re L L F rdem pty L L G 0 sear ch_s a_ov erlo ad_c nt c L L H P rdus edw L L I sear ch_e ntry _age _tim e_en a en L L J clk_ en _ L L K esoc _clk _en_ gen_ div L L L net_ 0 t_ L L M ( rden _b n L L N H line __19 3 19 u0 9 sear ch_t able _add ress ess sear ch_t able _dat a at sear ch_t able _q e sear ch_t able _rde n de sear ch_t able _wre n re r esoc _sea rch_ engi ne_d a _d work ork ieee eee std u1 sear ch_a ging _tic k ic sear ch_s a_st ore_ empt y pt sear ch_s a_st ore_ q e_ sear ch_s a_st ore_ rd _ sear ch_s a_st ore_ word s rd esoc _sea rch_ engi ne_s a _s u3 s esoc _sea rch_ engi ne_c ontr ol r u2 r wren _b n cloc k oc rden _a n esoc _ram _8kx 80 x u5 x sear ch_s a_st ore_ d e_ sear ch_s a_st ore_ full ull sear ch_s a_st ore_ wr _
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esoc _sea rch_ engi ne_s a_st ore u6 aclr clr rdcl k cl wrcl k cl wrus edw 3
esoc _sea rch_ engi ne_s a_st ore u6 aclr clr rdcl k cl wrcl k cl wrus edw
