parameter BCD_DIGITS_OUT_PP = 5; // # of digits of BCD output parameter BIT_COUNT_WIDTH_PP = 4; // Width of bit counter // I/O declarations input clk_i; // clock signal input ce_i; // clock enable input input rst_i; // synchronous reset input start_i; // initiates a conve...
decade_counter cnt1( clk, reset, ena[1], q[7:4] ); decade_counter cnt2( clk, reset, ena[2], q[11:8] ); decade_counter cnt3( clk, reset, ena[3], q[15:12] ); endmodule moduledecade_counter( inputclk, inputreset,// Synchronous active-high reset inputenable, output[3:0] q...
/* Synchronous Logic for registering the data and incrementing the counter for binary data */ always @ (posedge clk or negedge rstn) begin if (!rstn) begin counter_binary_reg <= 'b0; counter_gray_reg <= 'b0; end else begin counter_binary_reg <= counter_binary + 1; counter_gray_reg...
The CDRST input is an active High synchronous reset.If CDRST is input High when the CLKDV output is High, the CLKDV output remains High to complete the last clock pulse,and then goes Low.The start delay function delays the start of the CLKDV output by(n+1)clocks,where n is the ...
parameter BIT_COUNT_WIDTH_PP = 4; // Width of bit counter // I/O declarations input clk_i; // clock signal input ce_i; // clock enable input input rst_i; // synchronous reset input start_i; // initiates a conversion input [BITS_IN_PP - 1: 0] dat_binary_i; // input bus ...