Курсовая работа: Разработка структуры процессора на основе МПА с жесткой логикой

MBROut<='1' when c="00000010" or c="00001000" else '0' after 5ns;

IrIn<='1' when c="00000010" else '0' after 5ns;

PCIn<='1' when c="00001000" and i="0001" else '0' after 5ns;

AccIn<='1' when (c="00001000" and i="0010") or (c="00010000" and i="1000") else '0' after 5ns;

RegIn<='1' when c="00001000" and i="0100" else '0' after 5ns;

ALURL<='1' when c="00010000" and i="1000" else '0' after 5ns;

Reset<='1' when (c="00010000" and i="0001") or (c="00010000" and i="1000")

or (c="00001000" and i="0010")or (c="00001000" and i="0100") else '0' after 5ns;

R<=RST or Reset;

end architecture;

7 ТЕСТИРОВАНИЕ ПРОЦЕССОРА И ПОДТВЕРЖДЕНИЕ ПРАВИЛЬНОСТИ ЕГО РАБОТЫ С ПОМОЩЬЮ ВРЕМЕННЫХ ДИАГРАММ

Описание процессора:

library ieee;

use ieee.std_logic_1164.all;

entity CPU is

generic(file_name: string:=".\src\MEM.DAT");

port(RST: in std_logic;

Clk: in std_logic);

end entity;

architecture CPU of CPU is

-----------------------------------------------------------

component MAR is

port(D: in std_logic_vector(7 downto 0);

Q: out std_logic_vector(7 downto 0);

RST: in std_logic;

Clk: in std_logic);

end component;

-----------------------------------------------------------

component REGI is