Edif2Blif version 8.2 Design address_decoder created Thu Nov 23 11:54:43 2017 P-Terms Fan-in Fan-out Type Name (attributes) --------- ------ ------- ---- ----------------- 1/1 1 1 Pin MMU_OUT_15_ 1/1 1 1 Pin CSROML 1/1 1 1 Pin CSROMH 1/1 1 1 Pin MMU_OUT_14_ 1/1 1 1 Pin CSRAM 1/1 1 1 Pin MMU_OUT_13_ 1/1 1 1 Pin CSUART 1/1 1 1 Pin MMU_OUT_12_ 1/1 1 1 Pin CSCTC 1/1 1 1 Pin CSPIO 1 2 1 Node op_ge_un24_csromh 1 2 1 Node op_lt_un11_csromh 1 2 1 Node un12_csromhZ0 1 2 1 Node N_117 1 2 1 Node N_181 1 2 1 Node op_lt_un11_cspio 1 2 1 Node N_56 1 2 1 Node N_54 1 2 1 Node N_51 1 1 1 Node IORQ_iZ0 1 1 1 Node MMU_IN_i_0_7 1 1 1 Node MMU_IN_i_0_6 1 1 1 Node MMU_IN_i_0_5 1 1 1 Node MMU_IN_i_0_3 1 1 1 Node MMU_IN_i_0_2 1 1 1 Node MMU_IN_i_0_14 1 1 1 Node MMU_IN_i_0_13 1/1 1 1 Node MMU_IN_c_2 1/1 1 1 Node MMU_IN_c_3 1/1 1 1 Node MMU_IN_c_4 1/1 1 1 Node MMU_IN_c_5 1/1 1 1 Node MMU_IN_c_6 1/1 1 1 Node MMU_IN_c_7 1/1 1 1 Node MMU_IN_c_c_12 1/1 1 1 Node MMU_IN_c_c_13 1/1 1 1 Node MMU_IN_c_c_14 1/1 1 1 Node MMU_IN_c_c_15 1/1 1 1 Node IORQ_c 1 1 1 Node op_ge_un24_csromh_i_c 1 1 1 Node un12_csromh_i_c 1 1 1 Node MMU_IN_i_c_15 1 1 1 Node N_181_i_0_c 0 0 1 Node GND 1 2 1 Node N_184 ========= 43/21 Best P-Term Total: 43 Total Pins: 28 Total Nodes: 34 Average P-Term/Output: 0 Equations: MMU_OUT_15_ = (MMU_IN_c_c_15); CSROML = (op_ge_un24_csromh_i_c); CSROMH = (un12_csromh_i_c); MMU_OUT_14_ = (MMU_IN_c_c_14); CSRAM = (MMU_IN_i_c_15); MMU_OUT_13_ = (MMU_IN_c_c_13); CSUART = (GND); MMU_OUT_12_ = (MMU_IN_c_c_12); CSCTC = (GND); CSPIO = (N_181_i_0_c); op_ge_un24_csromh = (MMU_IN_i_c_15 & N_117); op_lt_un11_csromh = (MMU_IN_i_c_15 & MMU_IN_i_0_14); un12_csromhZ0 = (op_lt_un11_csromh & op_ge_un24_csromh_i_c); N_117 = (MMU_IN_i_0_14 & MMU_IN_i_0_13); N_181 = (op_lt_un11_cspio & N_184); op_lt_un11_cspio = (N_56 & MMU_IN_i_0_7); N_56 = (N_54 & MMU_IN_i_0_6); N_54 = (N_51 & MMU_IN_i_0_5); N_51 = (MMU_IN_i_0_3 & MMU_IN_i_0_2); IORQ_iZ0 = (!IORQ_c); MMU_IN_i_0_7 = (!MMU_IN_c_7); MMU_IN_i_0_6 = (!MMU_IN_c_6); MMU_IN_i_0_5 = (!MMU_IN_c_5); MMU_IN_i_0_3 = (!MMU_IN_c_3); MMU_IN_i_0_2 = (!MMU_IN_c_2); MMU_IN_i_0_14 = (!MMU_IN_c_c_14); MMU_IN_i_0_13 = (!MMU_IN_c_c_13); MMU_IN_c_2 = (MMU_IN_2_); MMU_IN_c_3 = (MMU_IN_3_); MMU_IN_c_4 = (MMU_IN_4_); MMU_IN_c_5 = (MMU_IN_5_); MMU_IN_c_6 = (MMU_IN_6_); MMU_IN_c_7 = (MMU_IN_7_); MMU_IN_c_c_12 = (MMU_IN_12_); MMU_IN_c_c_13 = (MMU_IN_13_); MMU_IN_c_c_14 = (MMU_IN_14_); MMU_IN_c_c_15 = (MMU_IN_15_); IORQ_c = (IORQ); op_ge_un24_csromh_i_c = (!op_ge_un24_csromh); un12_csromh_i_c = (!un12_csromhZ0); MMU_IN_i_c_15 = (!MMU_IN_c_c_15); N_181_i_0_c = (!N_181); GND = (0); N_184 = (MMU_IN_c_4 & IORQ_iZ0); Reverse-Polarity Equations: !MMU_OUT_15_ = (!MMU_IN_c_c_15); !CSROML = (!op_ge_un24_csromh_i_c); !CSROMH = (!un12_csromh_i_c); !MMU_OUT_14_ = (!MMU_IN_c_c_14); !CSRAM = (!MMU_IN_i_c_15); !MMU_OUT_13_ = (!MMU_IN_c_c_13); !CSUART = (!GND); !MMU_OUT_12_ = (!MMU_IN_c_c_12); !CSCTC = (!GND); !CSPIO = (!N_181_i_0_c); !MMU_IN_c_2 = (!MMU_IN_2_); !MMU_IN_c_3 = (!MMU_IN_3_); !MMU_IN_c_4 = (!MMU_IN_4_); !MMU_IN_c_5 = (!MMU_IN_5_); !MMU_IN_c_6 = (!MMU_IN_6_); !MMU_IN_c_7 = (!MMU_IN_7_); !MMU_IN_c_c_12 = (!MMU_IN_12_); !MMU_IN_c_c_13 = (!MMU_IN_13_); !MMU_IN_c_c_14 = (!MMU_IN_14_); !MMU_IN_c_c_15 = (!MMU_IN_15_); !IORQ_c = (!IORQ);