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Understanding Verilog

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Building a Simple Clock Counter in Verilog

module Counter( input wire clk, // Clock input input wire rst, // Reset input output reg [3:0] count // 4-bit output count ); // Sequential logic for counter always @(posedge clk or posedge rst) begin if (rst) begin count <= 4'b0000; // Reset the counter end else begin count <= count + 1; // Increment the counter on each clock edge end end endmodule

Explanation:

• Module Declaration: module Counter(...); defines a Verilog module named Counter with inputs (clk, rst) and an output (count).
• Registers: reg [3:0] count; declares a 4-bit register count to store the counter value.
• Sequential Logic: always @(posedge clk or posedge rst) defines a sequential block sensitive to the positive edge of clk or rst. Inside, it checks for rst and resets the counter (count <= 4'b0000;). Otherwise, it increments the counter (count <= count + 1;) on each positive clock edge.

This example introduces students to basic Verilog syntax, including module declaration, register declaration, sequential logic using always block, and handling clock and reset signals. It's a foundational example for understanding how to implement digital circuits in Verilog.

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