Counter design using generate

Theory: 

Counter design, in a general sense, refers to the process of creating a circuit that counts events or pulses. This involves understanding different types of counters (asynchronous, synchronous),  

Verilog code:

module JK_flipflops

input clk,

input reset,

input J,

input K,

output reg Q;

always @(posedge clk or posedge reset)

if (reset)

  Q <= 0; // Reset Q to 0 on reset signal

else if (J == 1 && K == 1)

  Q <= ~Q; // Toggle Q when J=K=1

end

endmodule

Testbench:

module counter_design_tb;

reg clk_rent;

wire [3:0] count;

bit, fun unit (clk(clk), reset(reset), count (count));

initial begin

clk = 0, reset = 1; #100;

reset = 0; #100;

end

initial begin

& clk <= ~clk;

end

end module

Output:

RTL schematic view:

Device utilization:

Time analysis: