User`s manual

525 $display(" Register 3: 0x%X", ‘ADV7185_REGISTER_3);

526 $display(" Register 4: 0x%X", ‘ADV7185_REGISTER_4);

527 $display(" Register 5: 0x%X", ‘ADV7185_REGISTER_5);

528 $display(" Register 7: 0x%X", ‘ADV7185_REGISTER_7);

529 $display(" Register 8: 0x%X", ‘ADV7185_REGISTER_8);

530 $display(" Register 9: 0x%X", ‘ADV7185_REGISTER_9);

531 $display(" Register A: 0x%X", ‘ADV7185_REGISTER_A);

532 $display(" Register B: 0x%X", ‘ADV7185_REGISTER_B);

533 $display(" Register C: 0x%X", ‘ADV7185_REGISTER_C);

534 $display(" Register D: 0x%X", ‘ADV7185_REGISTER_D);

535 $display(" Register E: 0x%X", ‘ADV7185_REGISTER_E);

536 $display(" Register F: 0x%X", ‘ADV7185_REGISTER_F);

537 $display(" Register 33: 0x%X", ‘ADV7185_REGISTER_33);

538 end

539

540 //

541 // Generate a 1MHz for the I2C driver (resulting I2C clock rate is 250kHz)

542 //

543

544 reg [7:0] clk_div_count, reset_count;

545 reg clock_slow;

546 wire reset_slow;

547

548 initial

549 begin

550 clk_div_count <= 8’h00;

551 // synthesis attribute init of clk_div_count is "00";

552 clock_slow <= 1’b0;

553 // synthesis attribute init of clock_slow is "0";

554 end

555

556 always @(posedge clock_27mhz)

557 if (clk_div_count == 26)

558 begin

559 clock_slow <= ~clock_slow;

560 clk_div_count <= 0;

561 end

562 else

563 clk_div_count <= clk_div_count+1;

564

565 always @(posedge clock_27mhz)

566 if (reset)

567 reset_count <= 100;

568 else

569 reset_count <= (reset_count==0) ? 0 : reset_count-1;

570