1 Combinational Logic 1.1 Basic Gates 1.1.1 Exams/m2014 q4h module top_module ( input in, output out); assign out = in; endmodule 1.1.2 Exams/m2014 q4i module top_module ( output out); assign out = 1'b0; endmodule 1.1.3 Exams/m2014
Getting started 1 Step one module top_module( output one ); // Insert your code here assign one = 1'b1; endmodule 2 Zero module top_module( output zero );// Module body starts after semicolon assign zero = 0; endmodule
代码如下 //2021-11-1 //反相器 `timescale 1ns/10ps module inv(A,Y); output Y; input A; assign Y=~A; endmodule //----testbench of inv------ module inv_tb; reg aa; wire yy; inv inv(.A(aa),.Y(yy)); initial begin aa=0; #10 aa=1; #10 aa=0; #10 aa=1;
目录 本篇文章主要包含以下问题的解析，这部分是最基本的，不作解读。 1.Getting Started 1.1 Step one 赋值输出1 1.2 Zero 赋值输出0 2.Verilog Language ——Problems that focus on introducing Verilog language syntax and features. 2.1 Basics 1.Create a
https://www.bilibili.com/video/BV14L411p7Zn/ 本实验为quartus ii 与modelism联合仿真的实验 代码为module upcount (Resetn, Clock, E, Q;input Resetn, Clock, E; output reg [3:0] Q; always @(negedge Resetn, posedge Clock)if(!Resetn) Q<= 0; else if (E) Q<=Q+ l;
因为目录Verilog Language-Combinational Logic下的练习题有点多，我还没做完，今天先发Basic Gates与Multiplexers下的。 Basic Gates in_out module top_module ( input in, output out); assign out = in ; endmodule Exams/m2014 q4i module top_module ( output o
【题干】 【代码】 module top_module( input a, input b, output out ); assign out = a&b; endmodule 【与或非门等】 module top_module( input a, input b, output [5:0]out ); assign out[0] = a&b; //与 assign out[1] = a|
