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Full Adder Using Multiplexer

Full Adder can be implemented by using mux .... These are the possible ways to do that !




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Multiplexer and Demultiplexer

Multiplexer :  74 151  `timescale 1ns / 1ps module mux_74x151(EN_L, S, D, Y); input EN_L; input [2:0]S; input [7:0]D; output reg Y; reg y1; always@* begin case(S) 3'b000: y1<=D[0]; 3'b001: y1<=D[1]; 3'b010: y1<=D[2]; 3'b011: y1<=D[3]; 3'b100: y1<=D[4]; 3'b101: y1<=D[5]; 3'b110: y1<=D[6]; 3'b111: y1<=D[7]; default: y1<=1'b0; endcase if(EN_L==1'b0) Y<=y1; else Y<=1'b0; end endmodule Demultiplexer : 74 155 `timescale 1ns / 1ps module demux_74x155(ea,eab,ebb1,ebb2,A,outa,outb); input ea,eab,ebb1,ebb2; input [1:0]A; output reg [3:0]outa,outb; reg [3:0] y1; always@* begin case(A) 2'b00: y1<=4'b0111; 2'b01: y1<=4'b1011; 2'b10: y1<=4'b1101; 2'b11: y1<=4'b1110; default: y1<=4'b1111; endcase if(ea==1'b1 & eab==1'b0) outa <=y1; else outa <=4'b1111; if(ebb1==1'b0 & ebb2==1'b0) outb <=y1; else out...
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Decoders 74 138

Decoder by using 74 138 Program Code :  module simpledecoder(     input [1:0] A,     output reg [3:0] O     ); always @*     begin     case(A)         2'b00: O<=4'b0001;         2'b01: O<=4'b0010;         2'b10: O<=4'b0100;         2'b11: O<=4'b1000;         default O<=4'b0000;        endcase     end endmodule Simple Decoder using DATA FLOW MODELLING 2 by 2 Decoder module simpledecoder(     input [1:0] A,     output reg [3:0] O     ); always @*     begin     case(A)         2'b00: O<=4'b0001;         2'b01: O<=4...
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