code stringlengths 35 6.69k | score float64 6.5 11.5 |
|---|---|
module HS65_LH_NOR2X19 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X19_A_F_Z_R_0, `HS65_LH_NOR2X19_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X19_B_F_Z_R_0, `HS65_LH_NOR2X19_B_R_Z_F_0);
endspecify
e... | 6.527857 |
module HS65_LH_NOR2X2 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X2_A_F_Z_R_0, `HS65_LH_NOR2X2_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X2_B_F_Z_R_0, `HS65_LH_NOR2X2_B_R_Z_F_0);
endspecify
endmod... | 6.527857 |
module HS65_LH_NOR2X25 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X25_A_F_Z_R_0, `HS65_LH_NOR2X25_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X25_B_F_Z_R_0, `HS65_LH_NOR2X25_B_R_Z_F_0);
endspecify
e... | 6.527857 |
module HS65_LH_NOR2X3 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X3_A_F_Z_R_0, `HS65_LH_NOR2X3_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X3_B_F_Z_R_0, `HS65_LH_NOR2X3_B_R_Z_F_0);
endspecify
endmod... | 6.527857 |
module HS65_LH_NOR2X38 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X38_A_F_Z_R_0, `HS65_LH_NOR2X38_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X38_B_F_Z_R_0, `HS65_LH_NOR2X38_B_R_Z_F_0);
endspecify
e... | 6.527857 |
module HS65_LH_NOR2X5 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X5_A_F_Z_R_0, `HS65_LH_NOR2X5_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X5_B_F_Z_R_0, `HS65_LH_NOR2X5_B_R_Z_F_0);
endspecify
endmod... | 6.527857 |
module HS65_LH_NOR2X50 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X50_A_F_Z_R_0, `HS65_LH_NOR2X50_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X50_B_F_Z_R_0, `HS65_LH_NOR2X50_B_R_Z_F_0);
endspecify
e... | 6.527857 |
module HS65_LH_NOR2X6 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X6_A_F_Z_R_0, `HS65_LH_NOR2X6_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X6_B_F_Z_R_0, `HS65_LH_NOR2X6_B_R_Z_F_0);
endspecify
endmod... | 6.527857 |
module HS65_LH_NOR2X9 (
Z,
A,
B
);
output Z;
input A;
input B;
or U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_NOR2X9_A_F_Z_R_0, `HS65_LH_NOR2X9_A_R_Z_F_0);
(B - => Z) = (`HS65_LH_NOR2X9_B_F_Z_R_0, `HS65_LH_NOR2X9_B_R_Z_F_0);
endspecify
endmod... | 6.527857 |
module HS65_LH_OR2ABX18 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_OR2ABX18_A_F_Z_R_1, `HS65_LH_OR2ABX18_A_R_Z_F_1);
(B - => Z) = (`HS65_LH_OR2ABX18_B_F_Z_R_1, `HS65_LH_OR2ABX18_B_R_Z_F_1);
endspec... | 6.526178 |
module HS65_LH_OR2ABX27 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_OR2ABX27_A_F_Z_R_1, `HS65_LH_OR2ABX27_A_R_Z_F_1);
(B - => Z) = (`HS65_LH_OR2ABX27_B_F_Z_R_1, `HS65_LH_OR2ABX27_B_R_Z_F_1);
endspec... | 6.526178 |
module HS65_LH_OR2ABX35 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_OR2ABX35_A_F_Z_R_1, `HS65_LH_OR2ABX35_A_R_Z_F_1);
(B - => Z) = (`HS65_LH_OR2ABX35_B_F_Z_R_1, `HS65_LH_OR2ABX35_B_R_Z_F_1);
endspec... | 6.526178 |
module HS65_LH_OR2ABX9 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LH_OR2ABX9_A_F_Z_R_1, `HS65_LH_OR2ABX9_A_R_Z_F_1);
(B - => Z) = (`HS65_LH_OR2ABX9_B_F_Z_R_1, `HS65_LH_OR2ABX9_B_R_Z_F_1);
endspecify
... | 6.526178 |
module HS65_LH_XOR2X18 (
Z,
A,
B
);
output Z;
input A;
input B;
xor #1 U1 (Z, A, B);
specify
if (!B) (A + => Z) = (`HS65_LH_XOR2X18_A_R_Z_R_0, `HS65_LH_XOR2X18_A_F_Z_F_0);
if (B) (A - => Z) = (`HS65_LH_XOR2X18_A_F_Z_R_1, `HS65_LH_XOR2X18_A_R_Z_F_1);
if (!A) (B + => Z) = (`HS65_LH... | 6.525434 |
module HS65_LH_XOR2X27 (
Z,
A,
B
);
output Z;
input A;
input B;
xor #1 U1 (Z, A, B);
specify
if (!B) (A + => Z) = (`HS65_LH_XOR2X27_A_R_Z_R_0, `HS65_LH_XOR2X27_A_F_Z_F_0);
if (B) (A - => Z) = (`HS65_LH_XOR2X27_A_F_Z_R_1, `HS65_LH_XOR2X27_A_R_Z_F_1);
if (!A) (B + => Z) = (`HS65_LH... | 6.525434 |
module HS65_LH_XOR2X35 (
Z,
A,
B
);
output Z;
input A;
input B;
xor #1 U1 (Z, A, B);
specify
if (!B) (A + => Z) = (`HS65_LH_XOR2X35_A_R_Z_R_0, `HS65_LH_XOR2X35_A_F_Z_F_0);
if (B) (A - => Z) = (`HS65_LH_XOR2X35_A_F_Z_R_1, `HS65_LH_XOR2X35_A_R_Z_F_1);
if (!A) (B + => Z) = (`HS65_LH... | 6.525434 |
module HS65_LH_XOR2X4 (
Z,
A,
B
);
output Z;
input A;
input B;
xor #1 U1 (Z, A, B);
specify
if (!B) (A + => Z) = (`HS65_LH_XOR2X4_A_R_Z_R_0, `HS65_LH_XOR2X4_A_F_Z_F_0);
if (B) (A - => Z) = (`HS65_LH_XOR2X4_A_F_Z_R_1, `HS65_LH_XOR2X4_A_R_Z_F_1);
if (!A) (B + => Z) = (`HS65_LH_XOR2... | 6.525434 |
module HS65_LH_XOR2X9 (
Z,
A,
B
);
output Z;
input A;
input B;
xor #1 U1 (Z, A, B);
specify
if (!B) (A + => Z) = (`HS65_LH_XOR2X9_A_R_Z_R_0, `HS65_LH_XOR2X9_A_F_Z_F_0);
if (B) (A - => Z) = (`HS65_LH_XOR2X9_A_F_Z_R_1, `HS65_LH_XOR2X9_A_R_Z_F_1);
if (!A) (B + => Z) = (`HS65_LH_XOR2... | 6.525434 |
module HS65_LL_BFX106 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX106_A_R_Z_R, `HS65_LL_BFX106_A_F_Z_F);
endspecify
endmodule
| 6.710029 |
module HS65_LL_BFX142 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX142_A_R_Z_R, `HS65_LL_BFX142_A_F_Z_F);
endspecify
endmodule
| 6.775459 |
module HS65_LL_BFX18 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX18_A_R_Z_R, `HS65_LL_BFX18_A_F_Z_F);
endspecify
endmodule
| 6.575797 |
module HS65_LL_BFX2 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX2_A_R_Z_R, `HS65_LL_BFX2_A_F_Z_F);
endspecify
endmodule
| 6.988253 |
module HS65_LL_BFX22 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX22_A_R_Z_R, `HS65_LL_BFX22_A_F_Z_F);
endspecify
endmodule
| 6.649232 |
module HS65_LL_BFX27 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX27_A_R_Z_R, `HS65_LL_BFX27_A_F_Z_F);
endspecify
endmodule
| 6.602014 |
module HS65_LL_BFX31 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX31_A_R_Z_R, `HS65_LL_BFX31_A_F_Z_F);
endspecify
endmodule
| 6.924809 |
module HS65_LL_BFX35 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX35_A_R_Z_R, `HS65_LL_BFX35_A_F_Z_F);
endspecify
endmodule
| 6.832071 |
module HS65_LL_BFX4 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX4_A_R_Z_R, `HS65_LL_BFX4_A_F_Z_F);
endspecify
endmodule
| 6.543184 |
module HS65_LL_BFX40 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX40_A_R_Z_R, `HS65_LL_BFX40_A_F_Z_F);
endspecify
endmodule
| 6.988223 |
module HS65_LL_BFX44 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX44_A_R_Z_R, `HS65_LL_BFX44_A_F_Z_F);
endspecify
endmodule
| 6.796453 |
module HS65_LL_BFX49 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX49_A_R_Z_R, `HS65_LL_BFX49_A_F_Z_F);
endspecify
endmodule
| 6.896647 |
module HS65_LL_BFX53 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX53_A_R_Z_R, `HS65_LL_BFX53_A_F_Z_F);
endspecify
endmodule
| 6.64616 |
module HS65_LL_BFX62 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX62_A_R_Z_R, `HS65_LL_BFX62_A_F_Z_F);
endspecify
endmodule
| 6.573216 |
module HS65_LL_BFX7 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX7_A_R_Z_R, `HS65_LL_BFX7_A_F_Z_F);
endspecify
endmodule
| 6.847516 |
module HS65_LL_BFX71 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX71_A_R_Z_R, `HS65_LL_BFX71_A_F_Z_F);
endspecify
endmodule
| 6.729904 |
module HS65_LL_BFX9 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LL_BFX9_A_R_Z_R, `HS65_LL_BFX9_A_F_Z_F);
endspecify
endmodule
| 6.546556 |
module HS65_LL_ITHX20 (
Z,
A,
E
);
output Z;
input A;
input E;
notif1 #1 U1 (Z, A, E);
specify
(A - => Z) = (`HS65_LL_ITHX20_A_F_Z_R_1, `HS65_LL_ITHX20_A_R_Z_F_1);
(E => Z) = (`HS65_LL_ITHX20_E_F_Z_LZ_1,`HS65_LL_ITHX20_E_F_Z_HZ_0,`HS65_LL_ITHX20_E_F_Z_LZ_1,`HS65_LL_ITHX20_E_R_Z_ZH_0,... | 6.822359 |
module HS65_LL_ITHX25 (
Z,
A,
E
);
output Z;
input A;
input E;
notif1 #1 U1 (Z, A, E);
specify
(A - => Z) = (`HS65_LL_ITHX25_A_F_Z_R_1, `HS65_LL_ITHX25_A_R_Z_F_1);
(E => Z) = (`HS65_LL_ITHX25_E_F_Z_LZ_1,`HS65_LL_ITHX25_E_F_Z_HZ_0,`HS65_LL_ITHX25_E_F_Z_LZ_1,`HS65_LL_ITHX25_E_R_Z_ZH_0,... | 6.822359 |
module HS65_LL_IVX106 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX106_A_F_Z_R, `HS65_LL_IVX106_A_R_Z_F);
endspecify
endmodule
| 6.72218 |
module HS65_LL_IVX13 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX13_A_F_Z_R, `HS65_LL_IVX13_A_R_Z_F);
endspecify
endmodule
| 6.586219 |
module HS65_LL_IVX142 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX142_A_F_Z_R, `HS65_LL_IVX142_A_R_Z_F);
endspecify
endmodule
| 6.589453 |
module HS65_LL_IVX18 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX18_A_F_Z_R, `HS65_LL_IVX18_A_R_Z_F);
endspecify
endmodule
| 6.562458 |
module HS65_LL_IVX2 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX2_A_F_Z_R, `HS65_LL_IVX2_A_R_Z_F);
endspecify
endmodule
| 6.970913 |
module HS65_LL_IVX22 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX22_A_F_Z_R, `HS65_LL_IVX22_A_R_Z_F);
endspecify
endmodule
| 6.555834 |
module HS65_LL_IVX27 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX27_A_F_Z_R, `HS65_LL_IVX27_A_R_Z_F);
endspecify
endmodule
| 6.539438 |
module HS65_LL_IVX31 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX31_A_F_Z_R, `HS65_LL_IVX31_A_R_Z_F);
endspecify
endmodule
| 6.643136 |
module HS65_LL_IVX35 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX35_A_F_Z_R, `HS65_LL_IVX35_A_R_Z_F);
endspecify
endmodule
| 6.517572 |
module HS65_LL_IVX4 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX4_A_F_Z_R, `HS65_LL_IVX4_A_R_Z_F);
endspecify
endmodule
| 6.523745 |
module HS65_LL_IVX40 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX40_A_F_Z_R, `HS65_LL_IVX40_A_R_Z_F);
endspecify
endmodule
| 6.724641 |
module HS65_LL_IVX44 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX44_A_F_Z_R, `HS65_LL_IVX44_A_R_Z_F);
endspecify
endmodule
| 6.703273 |
module HS65_LL_IVX49 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX49_A_F_Z_R, `HS65_LL_IVX49_A_R_Z_F);
endspecify
endmodule
| 6.582349 |
module HS65_LL_IVX53 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX53_A_F_Z_R, `HS65_LL_IVX53_A_R_Z_F);
endspecify
endmodule
| 6.642837 |
module HS65_LL_IVX62 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX62_A_F_Z_R, `HS65_LL_IVX62_A_R_Z_F);
endspecify
endmodule
| 6.721699 |
module HS65_LL_IVX9 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LL_IVX9_A_F_Z_R, `HS65_LL_IVX9_A_R_Z_F);
endspecify
endmodule
| 6.543531 |
module HS65_LL_LDLQNX18 (
QN,
D,
GN
);
output QN;
input D;
input GN;
`ifdef functional
reg NOTIFIER;
not U1 (INTERNAL1, GN);
CORE65LPLVT_U_LD_P_NOTI U2 (
IQ,
D,
INTERNAL1,
NOTIFIER
);
not #1 U3 (QN, IQ);
`else
reg NOTIFIER;
not U1 (INTERNAL1, dGN);
CORE65LPLV... | 6.613562 |
module HS65_LL_LDLQNX27 (
QN,
D,
GN
);
output QN;
input D;
input GN;
`ifdef functional
reg NOTIFIER;
not U1 (INTERNAL1, GN);
CORE65LPLVT_U_LD_P_NOTI U2 (
IQ,
D,
INTERNAL1,
NOTIFIER
);
not #1 U3 (QN, IQ);
`else
reg NOTIFIER;
not U1 (INTERNAL1, dGN);
CORE65LPLV... | 6.613562 |
module HS65_LL_LDLQNX35 (
QN,
D,
GN
);
output QN;
input D;
input GN;
`ifdef functional
reg NOTIFIER;
not U1 (INTERNAL1, GN);
CORE65LPLVT_U_LD_P_NOTI U2 (
IQ,
D,
INTERNAL1,
NOTIFIER
);
not #1 U3 (QN, IQ);
`else
reg NOTIFIER;
not U1 (INTERNAL1, dGN);
CORE65LPLV... | 6.613562 |
module HS65_LL_LDLQNX4 (
QN,
D,
GN
);
output QN;
input D;
input GN;
`ifdef functional
reg NOTIFIER;
not U1 (INTERNAL1, GN);
CORE65LPLVT_U_LD_P_NOTI U2 (
IQ,
D,
INTERNAL1,
NOTIFIER
);
not #1 U3 (QN, IQ);
`else
reg NOTIFIER;
not U1 (INTERNAL1, dGN);
CORE65LPLVT... | 6.613562 |
module HS65_LL_LDLQNX9 (
QN,
D,
GN
);
output QN;
input D;
input GN;
`ifdef functional
reg NOTIFIER;
not U1 (INTERNAL1, GN);
CORE65LPLVT_U_LD_P_NOTI U2 (
IQ,
D,
INTERNAL1,
NOTIFIER
);
not #1 U3 (QN, IQ);
`else
reg NOTIFIER;
not U1 (INTERNAL1, dGN);
CORE65LPLVT... | 6.613562 |
module HS65_LL_NAND2AX14 (
Z,
A,
B
);
output Z;
input A;
input B;
not U1 (INTERNAL1, B);
or #1 U2 (Z, A, INTERNAL1);
specify
(A + => Z) = (`HS65_LL_NAND2AX14_A_R_Z_R_1, `HS65_LL_NAND2AX14_A_F_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2AX14_B_F_Z_R_0, `HS65_LL_NAND2AX14_B_R_Z_F_0);
end... | 6.601023 |
module HS65_LL_NAND2AX21 (
Z,
A,
B
);
output Z;
input A;
input B;
not U1 (INTERNAL1, B);
or #1 U2 (Z, A, INTERNAL1);
specify
(A + => Z) = (`HS65_LL_NAND2AX21_A_R_Z_R_1, `HS65_LL_NAND2AX21_A_F_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2AX21_B_F_Z_R_0, `HS65_LL_NAND2AX21_B_R_Z_F_0);
end... | 6.601023 |
module HS65_LL_NAND2AX29 (
Z,
A,
B
);
output Z;
input A;
input B;
not U1 (INTERNAL1, B);
or #1 U2 (Z, A, INTERNAL1);
specify
(A + => Z) = (`HS65_LL_NAND2AX29_A_R_Z_R_1, `HS65_LL_NAND2AX29_A_F_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2AX29_B_F_Z_R_0, `HS65_LL_NAND2AX29_B_R_Z_F_0);
end... | 6.601023 |
module HS65_LL_NAND2AX4 (
Z,
A,
B
);
output Z;
input A;
input B;
not U1 (INTERNAL1, B);
or #1 U2 (Z, A, INTERNAL1);
specify
(A + => Z) = (`HS65_LL_NAND2AX4_A_R_Z_R_1, `HS65_LL_NAND2AX4_A_F_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2AX4_B_F_Z_R_0, `HS65_LL_NAND2AX4_B_R_Z_F_0);
endspeci... | 6.601023 |
module HS65_LL_NAND2AX7 (
Z,
A,
B
);
output Z;
input A;
input B;
not U1 (INTERNAL1, B);
or #1 U2 (Z, A, INTERNAL1);
specify
(A + => Z) = (`HS65_LL_NAND2AX7_A_R_Z_R_1, `HS65_LL_NAND2AX7_A_F_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2AX7_B_F_Z_R_0, `HS65_LL_NAND2AX7_B_R_Z_F_0);
endspeci... | 6.601023 |
module HS65_LL_NAND2X11 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X11_A_F_Z_R_1, `HS65_LL_NAND2X11_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X11_B_F_Z_R_1, `HS65_LL_NAND2X11_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X14 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X14_A_F_Z_R_1, `HS65_LL_NAND2X14_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X14_B_F_Z_R_1, `HS65_LL_NAND2X14_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X2 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X2_A_F_Z_R_1, `HS65_LL_NAND2X2_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X2_B_F_Z_R_1, `HS65_LL_NAND2X2_B_R_Z_F_1);
endspecify
... | 6.601023 |
module HS65_LL_NAND2X21 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X21_A_F_Z_R_1, `HS65_LL_NAND2X21_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X21_B_F_Z_R_1, `HS65_LL_NAND2X21_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X29 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X29_A_F_Z_R_1, `HS65_LL_NAND2X29_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X29_B_F_Z_R_1, `HS65_LL_NAND2X29_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X4 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X4_A_F_Z_R_1, `HS65_LL_NAND2X4_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X4_B_F_Z_R_1, `HS65_LL_NAND2X4_B_R_Z_F_1);
endspecify
... | 6.601023 |
module HS65_LL_NAND2X43 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X43_A_F_Z_R_1, `HS65_LL_NAND2X43_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X43_B_F_Z_R_1, `HS65_LL_NAND2X43_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X5 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X5_A_F_Z_R_1, `HS65_LL_NAND2X5_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X5_B_F_Z_R_1, `HS65_LL_NAND2X5_B_R_Z_F_1);
endspecify
... | 6.601023 |
module HS65_LL_NAND2X57 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X57_A_F_Z_R_1, `HS65_LL_NAND2X57_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X57_B_F_Z_R_1, `HS65_LL_NAND2X57_B_R_Z_F_1);
endspec... | 6.601023 |
module HS65_LL_NAND2X7 (
Z,
A,
B
);
output Z;
input A;
input B;
and U1 (INTERNAL1, A, B);
not #1 U2 (Z, INTERNAL1);
specify
(A - => Z) = (`HS65_LL_NAND2X7_A_F_Z_R_1, `HS65_LL_NAND2X7_A_R_Z_F_1);
(B - => Z) = (`HS65_LL_NAND2X7_B_F_Z_R_1, `HS65_LL_NAND2X7_B_R_Z_F_1);
endspecify
... | 6.601023 |
module HS65_LL_OR3X4 (
Z,
A,
B,
C
);
output Z;
input A;
input B;
input C;
or #1 U1 (Z, A, B, C);
specify
(A + => Z) = (`HS65_LL_OR3X4_A_R_Z_R_00, `HS65_LL_OR3X4_A_F_Z_F_00);
(B + => Z) = (`HS65_LL_OR3X4_B_R_Z_R_00, `HS65_LL_OR3X4_B_F_Z_F_00);
(C + => Z) = (`HS65_LL_OR3X4_C_... | 6.507008 |
module HS65_LS_BFX106 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX106_A_R_Z_R, `HS65_LS_BFX106_A_F_Z_F);
endspecify
endmodule
| 6.680792 |
module HS65_LS_BFX142 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX142_A_R_Z_R, `HS65_LS_BFX142_A_F_Z_F);
endspecify
endmodule
| 6.665303 |
module HS65_LS_BFX18 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX18_A_R_Z_R, `HS65_LS_BFX18_A_F_Z_F);
endspecify
endmodule
| 6.533299 |
module HS65_LS_BFX2 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX2_A_R_Z_R, `HS65_LS_BFX2_A_F_Z_F);
endspecify
endmodule
| 6.872903 |
module HS65_LS_BFX22 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX22_A_R_Z_R, `HS65_LS_BFX22_A_F_Z_F);
endspecify
endmodule
| 6.625002 |
module HS65_LS_BFX27 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX27_A_R_Z_R, `HS65_LS_BFX27_A_F_Z_F);
endspecify
endmodule
| 6.517797 |
module HS65_LS_BFX31 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX31_A_R_Z_R, `HS65_LS_BFX31_A_F_Z_F);
endspecify
endmodule
| 6.763176 |
module HS65_LS_BFX35 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX35_A_R_Z_R, `HS65_LS_BFX35_A_F_Z_F);
endspecify
endmodule
| 6.761404 |
module HS65_LS_BFX40 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX40_A_R_Z_R, `HS65_LS_BFX40_A_F_Z_F);
endspecify
endmodule
| 6.835943 |
module HS65_LS_BFX44 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX44_A_R_Z_R, `HS65_LS_BFX44_A_F_Z_F);
endspecify
endmodule
| 6.674554 |
module HS65_LS_BFX49 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX49_A_R_Z_R, `HS65_LS_BFX49_A_F_Z_F);
endspecify
endmodule
| 6.840543 |
module HS65_LS_BFX53 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX53_A_R_Z_R, `HS65_LS_BFX53_A_F_Z_F);
endspecify
endmodule
| 6.585127 |
module HS65_LS_BFX62 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX62_A_R_Z_R, `HS65_LS_BFX62_A_F_Z_F);
endspecify
endmodule
| 6.529443 |
module HS65_LS_BFX7 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX7_A_R_Z_R, `HS65_LS_BFX7_A_F_Z_F);
endspecify
endmodule
| 6.578136 |
module HS65_LS_BFX71 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX71_A_R_Z_R, `HS65_LS_BFX71_A_F_Z_F);
endspecify
endmodule
| 6.589857 |
module HS65_LS_BFX9 (
Z,
A
);
output Z;
input A;
buf #1 U1 (Z, A);
specify
(A + => Z) = (`HS65_LS_BFX9_A_R_Z_R, `HS65_LS_BFX9_A_F_Z_F);
endspecify
endmodule
| 6.590431 |
module HS65_LS_ITHX20 (
Z,
A,
E
);
output Z;
input A;
input E;
notif1 #1 U1 (Z, A, E);
specify
(A - => Z) = (`HS65_LS_ITHX20_A_F_Z_R_1, `HS65_LS_ITHX20_A_R_Z_F_1);
(E => Z) = (`HS65_LS_ITHX20_E_F_Z_LZ_1,`HS65_LS_ITHX20_E_F_Z_HZ_0,`HS65_LS_ITHX20_E_F_Z_LZ_1,`HS65_LS_ITHX20_E_R_Z_ZH_0,... | 6.699153 |
module HS65_LS_ITHX25 (
Z,
A,
E
);
output Z;
input A;
input E;
notif1 #1 U1 (Z, A, E);
specify
(A - => Z) = (`HS65_LS_ITHX25_A_F_Z_R_1, `HS65_LS_ITHX25_A_R_Z_F_1);
(E => Z) = (`HS65_LS_ITHX25_E_F_Z_LZ_1,`HS65_LS_ITHX25_E_F_Z_HZ_0,`HS65_LS_ITHX25_E_F_Z_LZ_1,`HS65_LS_ITHX25_E_R_Z_ZH_0,... | 6.699153 |
module HS65_LS_IVX106 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX106_A_F_Z_R, `HS65_LS_IVX106_A_R_Z_F);
endspecify
endmodule
| 6.668772 |
module HS65_LS_IVX142 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX142_A_F_Z_R, `HS65_LS_IVX142_A_R_Z_F);
endspecify
endmodule
| 6.569904 |
module HS65_LS_IVX2 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX2_A_F_Z_R, `HS65_LS_IVX2_A_R_Z_F);
endspecify
endmodule
| 6.852411 |
module HS65_LS_IVX22 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX22_A_F_Z_R, `HS65_LS_IVX22_A_R_Z_F);
endspecify
endmodule
| 6.552404 |
module HS65_LS_IVX31 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX31_A_F_Z_R, `HS65_LS_IVX31_A_R_Z_F);
endspecify
endmodule
| 6.515844 |
module HS65_LS_IVX35 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX35_A_F_Z_R, `HS65_LS_IVX35_A_R_Z_F);
endspecify
endmodule
| 6.510785 |
module HS65_LS_IVX40 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX40_A_F_Z_R, `HS65_LS_IVX40_A_R_Z_F);
endspecify
endmodule
| 6.639889 |
module HS65_LS_IVX44 (
Z,
A
);
output Z;
input A;
not #1 U1 (Z, A);
specify
(A - => Z) = (`HS65_LS_IVX44_A_F_Z_R, `HS65_LS_IVX44_A_R_Z_F);
endspecify
endmodule
| 6.65359 |
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