Logic and Computer Design FundamentalsThis work covers the fundamentals of hardware and computer design using examples to build understanding and problem-solving skills. New features for the second edition include sections on VHDL and Verilog, 125 extra pages on the book's website. |
Common terms and phrases
2's complement A₁ addition applied architecture arithmetic array ASM chart assigned binary multiplier binary numbers block diagram Boolean functions cache carry Chapter clock cycle clock pulse combinational circuit connected control signals control unit control word data input datapath decimal decision box decoder delay device digital system DRAM equal example exclusive-OR execution fetch flip-flop flip-flop input four full adder hardware implemented input equations instruction JK flip-flop latch lines load logic diagram main memory microinstruction microoperations microprogrammed minterms multiplexer NAND gates next_state opcode operand operation output performed pipeline positive product terms RAM cell register file register transfer represented RESET result RISC S₁ selection inputs sequence sequential circuit serial shift register shifter shown in Figure significant bit simplified specified status bits std_logic storage stored subtraction symbol tion truth table Verilog Verilog description VHDL Write Xilinx