top_ba.v

Core_PWM,verilog语言编写

        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_5[1] , 
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_7[0] , 
        \u0/DWACT_BL_EQUAL_0_E_5[4] , \u0/DWACT_BL_EQUAL_0_E_9[0] , 
        \u0/DWACT_BL_EQUAL_0_E_9[1] , \u0/DWACT_BL_EQUAL_0_E_9[2] , 
        \u0/DWACT_BL_ANDTREE_0_DWACT_BL_ANDTREE_0_E_0[1] , 
        \u0/DWACT_BL_ANDTREE_0_DWACT_BL_ANDTREE_0_E_0[0] , 
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_0[3] , 
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_8[0] , 
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_6[1] , 
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_2[2] , 
        \u0/DWACT_BL_EQUAL_0_E_0[9] , \u0/DWACT_BL_EQUAL_0_E_0[10] , 
        \u0/DWACT_BL_EQUAL_0_E_0[11] , \u0/DWACT_BL_EQUAL_0_E_2[6] , 
        \u0/DWACT_BL_EQUAL_0_E_2[7] , \u0/DWACT_BL_EQUAL_0_E_2[8] , 
        \u0/DWACT_BL_EQUAL_0_E_8[3] , \u0/DWACT_BL_EQUAL_0_E_6[4] , 
        \u0/DWACT_BL_EQUAL_0_E_2[5] , \u0/DWACT_BL_EQUAL_0_E_10[0] , 
        \u0/DWACT_BL_EQUAL_0_E_10[1] , \u0/DWACT_BL_EQUAL_0_E_10[2] , 
        \u2/clk1m_0_0 , \u2/clk1m_net_1 , \u2/DWACT_ADD_CI_0_TMP[0] , 
        \u2/N_42_i_0 , \u2/status[1]_net_1 , \u2/status[0]_net_1 , 
        \u2/N_72 , \u2/N_140 , \u2/un1_status_6_0_0_a3_0_1_0_net_1 , 
        \u2/un1_status_6_0_0_net_1 , \u2/N_47 , \u2/addr_8[2] , 
        \u2/N_82 , \u2/I_14 , \u2/status_0_sqmuxa_1 , \u2/addr_8[0] , 
        \u2/addr_8[1] , \u2/clk1m_0 , \u2/DWACT_ADD_CI_0_g_array_2[0] , 
        \u2/DWACT_ADD_CI_0_g_array_1[0] , \u2/cou[2]_net_1 , 
        \u2/DWACT_ADD_CI_0_TMP_0[0] , \u2/cou[1]_net_1 , 
        \u2/count[1]_net_1 , \u2/count[0]_net_1 , \u2/count[3]_net_1 , 
        \u2/DWACT_FINC_E[0] , \u2/clk1m_i_0 , 
        \u2/status_ns_1_iv_0_a3_1_2[0]_net_1 , \u2/cou[0]_net_1 , 
        \u2/status_ns_1_iv_0_a3_1_0[0]_net_1 , \u2/cou[4]_net_1 , 
        \u2/cou[3]_net_1 , \u2/data_5_0_a3_0[7]_net_1 , 
        \u2/status_0_sqmuxa_2_i_s_0_net_1 , 
        \u2/status_0_sqmuxa_2_i_a3_0_net_1 , \u2/N_142 , 
        \u2/clk1m6_1_net_1 , \u2/count[4]_net_1 , \u2/count[2]_net_1 , 
        \u2/N_92 , \u2/N_143 , \u2/N_50 , \u2/status_ns[0] , \u2/N_73 , 
        \u2/N_74 , \u2/N_83 , \u2/clk1m6_net_1 , \u2/WE_13 , 
        \u2/cou_16[0] , \u2/DWACT_ADD_CI_0_partial_sum[0] , 
        \u2/cou_16[1] , \u2/I_19 , \u2/cou_16[2] , \u2/I_20_0 , 
        \u2/cou_16[3] , \u2/I_21 , \u2/cou_16[4] , \u2/I_22 , 
        \u2/status_ns_1_iv_0_o2_0[0]_net_1 , \u2/N_88 , 
        \u2/un1_status_4_i_0_net_1 , \u2/N_80 , \u2/N_69 , \u2/I_13_0 , 
        \u2/DWACT_ADD_CI_0_partial_sum_0[0] , \u2/CS_3_0_net_1 , 
        \u2/status_ns[1] , \u2/data_5[1] , \u2/N_91 , \u2/data_5[7] , 
        \u2/data_5[2] , \u2/data_5[0] , \u2/count_5[4]_net_1 , 
        \u2/I_20_1 , \u2/count_5[3]_net_1 , \u2/count_5[0]_net_1 , 
        \u2/I_5_0 , \u2/I_9_0 , \u2/N_9 , \CLK48M_pad/U0/NET1 , 
        \rst_pad/U0/NET1 , \pwmout_pad/U0/NET1 , \pwmout_pad/U0/NET2 , 
        VCC, GND, AFLSDF_VCC, AFLSDF_GND;
    wire GND_power_net1;
    wire VCC_power_net1;
    assign GND = GND_power_net1;
    assign AFLSDF_GND = GND_power_net1;
    assign VCC = VCC_power_net1;
    assign AFLSDF_VCC = VCC_power_net1;
    
    NOR2A \u0/counter_5[0]  (.A(\u0/I_248 ), .B(\u0/counter[0]_net_1 ), 
        .Y(\u0/counter_5[0]_net_1 ));
    XOR2 \u2/un1_cou_1_I_22  (.A(\u2/cou[4]_net_1 ), .B(
        \u2/DWACT_ADD_CI_0_g_array_2[0] ), .Y(\u2/I_22 ));
    AND3 \u0/un8_counter_I_23  (.A(\u0/DWACT_FINC_E[0] ), .B(
        \u0/counter[3]_net_1 ), .C(\u0/counter[4]_net_1 ), .Y(
        \u0/N_146 ));
    AND3 \u0/un1_counter_0_I_125  (.A(\u0/DWACT_BL_EQUAL_0_E_1[6] ), 
        .B(\u0/DWACT_BL_EQUAL_0_E_1[7] ), .C(
        \u0/DWACT_BL_EQUAL_0_E_1[8] ), .Y(
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_1[2] ));
    XA1 \u0/counter_5[19]  (.A(\u0/N_76 ), .B(\u0/counter[19]_net_1 ), 
        .C(\u0/un1_counter_1 ), .Y(\u0/counter_5[19]_net_1 ));
    DFN1E0C1 \u0/clock_divide_r[3]  (.D(\data[3] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_235_i ), .Q(\u0/clock_divide_r[3]_net_1 ));
    OA1A \u0/un1_counter_0_I_58  (.A(\u0/N_136_1 ), .B(\u0/N_138_0 ), 
        .C(\u0/N_137_0 ), .Y(\u0/N_141_1 ));
    OR2A \u0/un1_counter_0_I_173  (.A(\u0/counter[14]_net_1 ), .B(
        \u0/clock_divide_r[14]_net_1 ), .Y(\u0/N_67_0 ));
    AO1C \u0/un1_duty_cycle_r_0_I_210  (.A(\u0/duty_cycle_r[7]_net_1 ), 
        .B(\u0/counter[7]_net_1 ), .C(\u0/N_32 ), .Y(\u0/N_38 ));
    DFN1C1 \u0/counter[24]  (.D(\u0/counter_5[24]_net_1 ), .CLK(GLA), 
        .CLR(rst_c), .Q(\u0/counter[24]_net_1 ));
    DFN1C1 \u0/counter[25]  (.D(\u0/counter_5[25]_net_1 ), .CLK(GLA), 
        .CLR(rst_c), .Q(\u0/counter[25]_net_1 ));
    XNOR2 \u0/un1_counter_0_I_5  (.A(\u0/counter[28]_net_1 ), .B(
        \u0/clock_divide_r[28]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_0[9] ));
    OR3B \u0/duty_cycle_r_48_e  (.A(\addr[0] ), .B(
        \u0/un1_duty_cycle_r34_net_1 ), .C(\addr[1] ), .Y(\u0/N_315_i )
        );
    NOR3B \u2/clk1m6_1  (.A(\u2/count[3]_net_1 ), .B(
        \u2/count[4]_net_1 ), .C(\u2/count[2]_net_1 ), .Y(
        \u2/clk1m6_1_net_1 ));
    AND3 \u0/un8_counter_I_111  (.A(\u0/DWACT_FINC_E[0] ), .B(
        \u0/DWACT_FINC_E[2] ), .C(\u0/DWACT_FINC_E[5] ), .Y(
        \u0/DWACT_FINC_E[28] ));
    XNOR2 \u0/un1_counter_0_I_10  (.A(\u0/counter[19]_net_1 ), .B(
        \u0/clock_divide_r[19]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_10[0] ));
    XNOR2 \u0/un1_duty_cycle_r_0_I_188  (.A(\u0/duty_cycle_r[6]_net_1 )
        , .B(\u0/counter[6]_net_1 ), .Y(\u0/DWACT_BL_EQUAL_0_E[1] ));
    OR2A \u0/un1_counter_0_I_94  (.A(\u0/counter[23]_net_1 ), .B(
        \u0/clock_divide_r[23]_net_1 ), .Y(\u0/N_113_0 ));
    XA1A \u0/un1_counter_0_I_140  (.A(\u0/counter[18]_net_1 ), .B(
        \u0/clock_divide_r[18]_net_1 ), .C(
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_5[0] ), .Y(
        \u0/DWACT_CMPLE_PO0_DWACT_COMP0_E_1[1] ));
    AND2 \u0/un8_counter_I_139  (.A(\u0/DWACT_FINC_E[15] ), .B(
        \u0/counter[21]_net_1 ), .Y(\u0/DWACT_FINC_E[16] ));
    AND3 \u0/un8_counter_I_182  (.A(\u0/DWACT_FINC_E[7] ), .B(
        \u0/DWACT_FINC_E[9] ), .C(\u0/DWACT_FINC_E[12] ), .Y(
        \u0/DWACT_FINC_E[30] ));
    XNOR2 \u0/un1_duty_cycle_r_0_I_5  (.A(\u0/duty_cycle_r[28]_net_1 ), 
        .B(\u0/counter[28]_net_1 ), .Y(\u0/DWACT_BL_EQUAL_0_E[9] ));
    NOR2A \u0/un1_duty_cycle_r_0_I_168  (.A(\u0/counter[10]_net_1 ), 
        .B(\u0/duty_cycle_r[10]_net_1 ), .Y(\u0/N_62 ));
    DFN1E0C1 \u0/duty_cycle_r[14]  (.D(\data[6] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_315_i ), .Q(\u0/duty_cycle_r[14]_net_1 ));
    DFN1C1 \u0/counter[26]  (.D(\u0/counter_5[26]_net_1 ), .CLK(GLA), 
        .CLR(rst_c), .Q(\u0/counter[26]_net_1 ));
    OA1A \u0/un1_duty_cycle_r_0_I_96  (.A(\u0/N_110 ), .B(\u0/N_112 ), 
        .C(\u0/N_111_0 ), .Y(\u0/N_115 ));
    DFN1E0C1 \u0/duty_cycle_r[7]  (.D(\data[7] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_299_i ), .Q(\u0/duty_cycle_r[7]_net_1 ));
    XA1 \u0/counter_5[29]  (.A(\u0/N_14 ), .B(\u0/counter[29]_net_1 ), 
        .C(\u0/un1_counter_0 ), .Y(\u0/counter_5[29]_net_1 ));
    AO1 \u0/un1_duty_cycle_r_0_I_238  (.A(
        \u0/DWACT_CMPLE_PO2_DWACT_COMP0_E_0[1] ), .B(
        \u0/DWACT_CMPLE_PO2_DWACT_COMP0_E_0[2] ), .C(
        \u0/DWACT_CMPLE_PO2_DWACT_COMP0_E_0[0] ), .Y(
        \u0/DWACT_CMPLE_PO2_DWACT_COMP0_E[2] ));
    XNOR2 \u0/un1_duty_cycle_r_0_I_116  (.A(
        \u0/duty_cycle_r[12]_net_1 ), .B(\u0/counter[12]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_1[2] ));
    XOR2 \u2/un1_addr_1_I_13  (.A(\addr_0[1] ), .B(
        \u2/DWACT_ADD_CI_0_TMP[0] ), .Y(\u2/I_13_0 ));
    AND3 \u0/un1_duty_cycle_r_0_I_193  (.A(\u0/DWACT_BL_EQUAL_0_E[0] ), 
        .B(\u0/DWACT_BL_EQUAL_0_E[1] ), .C(\u0/DWACT_BL_EQUAL_0_E[2] ), 
        .Y(\u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E[0] ));
    XNOR2 \u0/un1_counter_0_I_121  (.A(\u0/counter[17]_net_1 ), .B(
        \u0/clock_divide_r[17]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_1[7] ));
    OR2A \u0/un1_duty_cycle_r_0_I_94  (.A(\u0/duty_cycle_r[23]_net_1 ), 
        .B(\u0/counter[23]_net_1 ), .Y(\u0/N_113 ));
    OR3A \u0/duty_cycle_r_40_e  (.A(\u0/un1_duty_cycle_r34_net_1 ), .B(
        \addr[0] ), .C(\addr[1] ), .Y(\u0/N_299_i ));
    DFN1E0C1 \u2/clk1m  (.D(\u2/clk1m_i_0 ), .CLK(CLK48M_c), .CLR(
        rst_c), .E(\u2/clk1m6_net_1 ), .Q(\u2/clk1m_net_1 ));
    XOR2 \u2/un1_addr_1_I_9  (.A(\addr[0] ), .B(
        \u2/un1_status_6_0_0_net_1 ), .Y(
        \u2/DWACT_ADD_CI_0_partial_sum_0[0] ));
    AO1 \u0/un1_counter_0_I_248_1  (.A(\u0/DWACT_COMP0_E[1] ), .B(
        \u0/DWACT_COMP0_E[2] ), .C(\u0/DWACT_COMP0_E[0] ), .Y(
        \u0/un1_counter_1 ));
    DFN1E0C1 \u0/duty_cycle_r[10]  (.D(\data[2] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_315_i ), .Q(\u0/duty_cycle_r[10]_net_1 ));
    DFN1C1 \u2/cou[2]  (.D(\u2/cou_16[2] ), .CLK(\u2/clk1m_0 ), .CLR(
        rst_c), .Q(\u2/cou[2]_net_1 ));
    XA1A \u0/un1_counter_0_I_19  (.A(\u0/counter[31]_net_1 ), .B(
        \u0/clock_divide_r[31]_net_1 ), .C(
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_0[3] ), .Y(
        \u0/DWACT_BL_ANDTREE_0_DWACT_BL_ANDTREE_0_E_0[1] ));
    DFN1E0C1 \u0/duty_cycle_r[29]  (.D(\data[5] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_347_i ), .Q(\u0/duty_cycle_r[29]_net_1 ));
    NOR2 \u2/data_5_0_a2[0]  (.A(\u2/N_91 ), .B(\addr[1] ), .Y(
        \u2/data_5[1] ));
    AND3 \u0/un8_counter_I_192  (.A(\u0/DWACT_FINC_E[15] ), .B(
        \u0/DWACT_FINC_E[17] ), .C(\u0/DWACT_FINC_E[22] ), .Y(
        \u0/DWACT_FINC_E[23] ));
    NOR3A \u2/cou_16_0_a3[3]  (.A(\u2/I_21 ), .B(\u2/N_143 ), .C(
        \u2/un1_status_6_0_0_net_1 ), .Y(\u2/cou_16[3] ));
    DFN1E0C1 \u0/clock_divide_r[11]  (.D(\data[3] ), .CLK(GLA), .CLR(
        rst_c), .E(\u0/N_251_i ), .Q(\u0/clock_divide_r[11]_net_1 ));
    AND2 \u0/un1_counter_0_I_20  (.A(
        \u0/DWACT_BL_ANDTREE_0_DWACT_BL_ANDTREE_0_E_0[1] ), .B(
        \u0/DWACT_BL_ANDTREE_0_DWACT_BL_ANDTREE_0_E_0[0] ), .Y(
        \u0/DWACT_COMP0_E[1] ));
    AND3 \u0/un8_counter_I_146  (.A(\u0/DWACT_FINC_E[15] ), .B(
        \u0/counter[21]_net_1 ), .C(\u0/counter[22]_net_1 ), .Y(
        \u0/DWACT_FINC_E[33] ));
    OA1A \u2/data_5_0_a3_0[7]  (.A(\u2/status[0]_net_1 ), .B(
        \u2/status[1]_net_1 ), .C(\addr[2] ), .Y(
        \u2/data_5_0_a3_0[7]_net_1 ));
    NOR2A \u0/un1_counter_0_I_206  (.A(\u0/clock_divide_r[5]_net_1 ), 
        .B(\u0/counter[5]_net_1 ), .Y(\u0/N_34_0 ));
    AO1 \u0/un1_counter_0_I_183  (.A(
        \u0/DWACT_CMPLE_PO0_DWACT_COMP0_E_1[1] ), .B(
        \u0/DWACT_CMPLE_PO0_DWACT_COMP0_E_1[2] ), .C(
        \u0/DWACT_CMPLE_PO0_DWACT_COMP0_E_1[0] ), .Y(
        \u0/DWACT_CMPLE_PO2_DWACT_COMP0_E_2[0] ));
    AOI1A \u0/un1_counter_0_I_158  (.A(\u0/ACT_LT4_E_0[7] ), .B(
        \u0/ACT_LT4_E_0[8] ), .C(\u0/ACT_LT4_E_0[5] ), .Y(
        \u0/ACT_LT4_E_0[10] ));
    OR2 \u2/CS_3_0  (.A(\u2/N_50 ), .B(CS), .Y(\u2/CS_3_0_net_1 ));
    AND3 \u0/un1_duty_cycle_r_0_I_124  (.A(
        \u0/DWACT_BL_EQUAL_0_E_1[3] ), .B(\u0/DWACT_BL_EQUAL_0_E_0[4] )
        , .C(\u0/DWACT_BL_EQUAL_0_E[5] ), .Y(
        \u0/DWACT_BL_EQUAL_0_DWACT_ANDTREE_E_0[1] ));
    XNOR2 \u0/un1_counter_0_I_37  (.A(\u0/counter[27]_net_1 ), .B(
        \u0/clock_divide_r[27]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_9[0] ));
    OR2A \u0/un1_duty_cycle_r_0_I_173  (.A(\u0/duty_cycle_r[14]_net_1 )
        , .B(\u0/counter[14]_net_1 ), .Y(\u0/N_67 ));
    XNOR2 \u0/un1_duty_cycle_r_0_I_135  (.A(
        \u0/duty_cycle_r[15]_net_1 ), .B(\u0/counter[15]_net_1 ), .Y(
        \u0/DWACT_BL_EQUAL_0_E_0[0] ));
    NOR2A \u2/status_ns_1_iv_0_a3_1_0[0]  (.A(\u2/cou[4]_net_1 ), .B(
        \u2/cou[3]_net_1 ), .Y(\u2/status_ns_1_iv_0_a3_1_0[0]_net_1 ));
    OA1A \u0/un1_duty_cycle_r_0_I_226  (.A(\u0/duty_cycle_r[3]_net_1 ), 
        .B(\u0/counter[3]_net_1 ), .C(\u0/N_17 ), .Y(\u0/N_21 ));
    NOR3A \u2/cou_16_0_a3[0]  (.A(\u2/DWACT_ADD_CI_0_partial_sum[0] ), 
        .B(\u2/N_143 ), .C(\u2/un1_status_6_0_0_net_1 ), .Y(
        \u2/cou_16[0] ));
    AND3 \u0/un8_counter_I_142  (.A(\u0/DWACT_FINC_E[28] ), .B(
        \u0/DWACT_FINC_E[13] ), .C(\u0/DWACT_FINC_E[16] ), .Y(
        \u0/N_61 ));
    AOI1A \u0/un1_counter_0_I_152  (.A(\u0/ACT_LT4_E_0[0] ), .B(
        \u0/ACT_LT4_E_0[1] ), .C(\u0/ACT_LT4_E_0[2] ), .Y(
        \u0/ACT_LT4_E_0[3] ));
    DFN1E1C1 \u2/WE  (.D(\u2/WE_13 ), .CLK(\u2/clk1m_0_0 ), .CLR(rst_c)
        , .E(\u2/N_80 ), .Q(WE));
    OA1A \u2/status_ns_1_iv_0_a3_0[0]  (.A(\u2/N_92 ), .B(
        \u2/status[0]_net_1 ), .C(\u2/status[1]_net_1 ), .Y(\u2/N_74 ));
    OA1A \u0/un1_counter_0_I_96  (.A(\u0/N_110_0 ), .B(\u0/N_112_0 ), 
        .C(\u0/N_111_1 ), .Y(\u0/N_115_0 ));
    AOI1A \u0/un1_duty_cycle_r_0_I_152  (.A(\u0/ACT_LT4_E[0] ), .B(
        \u0/ACT_LT4_E[1] ), .C(\u0/ACT_LT4_E[2] ), .Y(
        \u0/ACT_LT4_E[3] ));