HierarchyFilesModulesSignalsTasksFunctionsHelp
Prev123456
endmodule

// Double Power 8-Input OR Gate
module MJOR8B(A1, A2, A3, A4, A5, A6, A7, A8, O);
input   A1;
input   A2;
input   A3;
input   A4;
input   A5;
input   A6;
input   A7;
input   A8;
output  O;
or g0(O, A1, A2, A3, A4, A5, A6, A7, A8);
endmodule

// 2-input Exclusive NOR
module MJXNOR2A(A1, A2, O);
input   A1;
input   A2;
output  O;
xnor g0(O, A1, A2);
endmodule

// Power 2-input Exclusive NOR
module MJXNOR2B(A1, A2, O);
input   A1;
input   A2;
output  O;
xnor g0(O, A1, A2);
endmodule

// 3-input Exclusive NOR
module MJXNOR3A(A1, A2, A3, O);
input   A1;
input   A2;
input   A3;
output  O;
xnor g0(O, A1, A2, A3);
endmodule

// Power 3-input Exclusive NOR
module MJXNOR3B(A1, A2, A3, O);
input   A1;
input   A2;
input   A3;
output  O;
xnor g0(O, A1, A2, A3);
endmodule

// 2-input Exclusive OR
module MJXOR2A(A1, A2, O);
input   A1;
input   A2;
output  O;
xor g0(O, A1, A2);
endmodule

// Power 2-input Exclusive OR
module MJXOR2B(A1, A2, O);
input   A1;
input   A2;
output  O;
xor g0(O, A1, A2);
endmodule

// 3-input Exclusive OR
module MJXOR3A(A1, A2, A3, O);
input   A1;
input   A2;
input   A3;
output  O;
xor g0(O, A1, A2, A3);
endmodule

// Power 3-input Exclusive OR
module MJXOR3B(A1, A2, A3, O);
input   A1;
input   A2;
input   A3;
output  O;
xor g0(O, A1, A2, A3);
endmodule

// 1-bit D Flip-Flop  with scan and hold
module MSFFHA(D, CK, H, SM, SI, Q, XQ, SO);
input   D;
input   CK;
input   H;
input   SM;
input   SI;
output  Q;
output  XQ;
output  SO;
and g0(w1, H, IQ);
not g1(w5, H);
and g2(w4, w5, D);
or g3(w0, w1, w4);
fj_dff_e_muxscan    g4(IQ, w0, SI, SM, CK);
buf g5(Q, IQ);
not g6(XQ, IQ);
buf g7(SO, IQ);
endmodule

// 1-bit D Flip-Flop  with scan and reset
module MSFFRA(D, CK, R, SM, SI, Q, XQ, SO);
input   D;
input   CK;
input   R;           // active low
input   SM;
input   SI;
output  Q;
output  XQ;
output  SO;
and g0(w0, R, D);
fj_dff_e_muxscan    g1(IQ, w0, SI, SM, CK);
buf g2(Q, IQ);
not g3(XQ, IQ);
buf g4(SO, IQ);
endmodule

// 1-bit D Flip-Flop  with scan and reset and hold
module MSFFRHA(D, CK, R, H, SM, SI, Q, XQ, SO);
input   D;
input   CK;
input   R;           // active low
input   H;
input   SM;
input   SI;
output  Q;
output  XQ;
output  SO;
not g0(w4, H);
and g1(w3, w4, D);
and g2(w6, H, IQ);
or g3(w2, w3, w6);
and g4(w0, R, w2);
fj_dff_e_muxscan    g5(IQ, w0, SI, SM, CK);
buf g6(Q, IQ);
not g7(XQ, IQ);
buf g8(SO, IQ);
endmodule

// end of stdcells_swift library 

module MSCINVD1 (O,A);
    output O;
    input A;


        not             U_1     ( O , A);

endmodule
module MSCINVD3 (O,A);
    output O;
    input A;


        not             U_1     ( O , A);

endmodule
module MSCINVD5 (O,A);
    output O;
    input A;


        not             U_1     ( O , A);

endmodule
module MSCINVD7 (O,A);
    output O;
    input A;


        not             U_1     ( O , A);

endmodule
module MSCINVD9 (O,A);
    output O;
    input A;


        not             U_1     ( O , A);

endmodule

// Buffer in IO Frame 
module io3inv(in, out1, out2);
input   in;
output  out1;
output  out2;
buf g0(out1, in);
buf g1(out2, in);
endmodule

// Double Power Buffer
module JBUFCD(B, A, O);
input   B;
input   A;
output  O;
buf g0(O, B);
endmodule

// Double Power Buffer
module JBUFNAD(B, A, O);
input   B;
input   A;
output  O;
buf g0(O, B);
endmodule

// Double Power Buffer
module JBUFNOD(B, A, O);
input   B;
input   A;
output  O;
buf g0(O, B);
endmodule

123456
HierarchyFilesModulesSignalsTasksFunctionsHelp

This page: Created:Thu Aug 19 12:01:18 1999
From: ../../../sparc_v8/lib/rtl/sc.v

Verilog converted to html by v2html 5.0 (written by Costas Calamvokis).Help