// Module Name: Decoder // Project Name: 3:8 Decoder /// moduleTestModule; // Inputs rega; regb; regc; // Outputs wired0; wired1; wired2; wired3; wired4; wired5; wired6; wired7; // Instantiate the Unit Under Test (UUT) Decoder uut ( .a(a), .b(b), .c(c), .d0(d0...
这里以简单的3-8译码器和8-3编码器为例: moduledecoder3_8(a,out);input[2:0]a;output[7:0]out;assignout=1'b1<<a;/*把最低位的1左移in位(根据in口输入的值)并赋予out*/endmodule 8-3编码器程序: 1)利用for循环 View Code 2)利用?:三目运算符 1moduleencoder8_3(a,b,c,d,e,f,g,h,ou...
In digital electronics, a decoder can take the form of a multiple-input, multiple-output logic circuit that converts coded inputs into coded outputs, where the input and output codes are different. e.g. n-to- 2n, binary-coded decimal decoders. Decoding is necessary in applications such as...
空(1) decoder_38(out,in) output[7:0] out; input[2:0] in; reg[7:0] out 空(2)@(in) begin 空(3)(in) 3´d0:out=8´b11111110; 3´d1:out=8´b11111101; 3´d2:out=8´b11111011; 3´d3:out=8´b11110111; ...
Create the decoder as a treelike structure in a manner similar to the treelike structure shown at the right Wo Yo En уз In your problem the 6-to-64 decoder is built using 9 Instances of the Verliog code for the 3-to-8 decoder named h3...
Verilog program for Carry Look Ahead Adder Verilog program for 3:8 Decoder Verilog program for 8:3 Encoder Verilog program for 1:8 Demultiplxer Verilog program for 8:1 Multiplexer Verilog program for 8bit D Flipflop Verilog program for T Flipflop ...
3-8译码器 moduledecoder_38(out,in); output[7:0] out; input[2:0] in; reg[7:0] out; always@(in) begin case(in) 3'd0: out=8'b11111110; 3'd1: out=8'b11111101; 3'd2: out=8'b11111011; 3'd3: out=8'b11110111; 3'd4: out=8'b11101111; 3'd5: out=8'b11011111; ...
Verilog编的8-3编码器以下是我编的8-3编码器.请看下有什么问题吗module decoder(in,out,none_on);input [7:0]in;output [2:0]out;output none_on;reg [2:0]out;none_on = 0;alwaysbegincase(in)10000000:out = 111;01000000:out = 110;00100000:out = 101;00010000:out = 100;00001000:out = ...
2.7.8 D-Latch (锁存器) 2.8 ALU 2.9 有限状态机(FSM)的设计 2.9.1 概述 2.9.2One-hot 编码 2.9.3 Binary 编码 2.10 三态总线 2.10.1 三态 buffer 2.10.2 双向 I/O buffer 3 常用电路设计 3.1CRC 校验码产生器的设计 3.1.1 概述 3.1.2 CRC 校验码产生器的分析与硬件实 现 3.1.3 并行 CRC-16...
2. none_on的功能不明确,而且声明不正确.因该是reg none_on;不能直接写none_on.module decoder(in,out,none_on);input [7:0] in;output [2:0] out;output none_on;reg [2:0] out; // code startalways begin case(in) 10000000: out = 111; 01000000: out = 110; 00100000: out = 101; ...