Fundamentals of Digital Logic and Microcomputer DesignRafi Systems, Incorporated, 1999 - 828 sayfa |
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82 sonuçtan 1-3 arası sonuçlar
Sayfa 345
... Assume that A and B are 4 - bit numbers . Draw a logic circuit . 7.12 Design a combinational circuit that will perform the following operations : S1 So Y 0 0 0 0 1 A 1 0 Α 1 1 1510 Assume that A is a 4 - bit unsigned number . Draw a ...
... Assume that A and B are 4 - bit numbers . Draw a logic circuit . 7.12 Design a combinational circuit that will perform the following operations : S1 So Y 0 0 0 0 1 A 1 0 Α 1 1 1510 Assume that A is a 4 - bit unsigned number . Draw a ...
Sayfa 347
... Assume A and B are 4 bits wide . Also , assume data is already loaded into B. - If the content of a 4 - bit register Q = 0 , perform R ← M and then transfer the 4 - bit result to outbus . On the other hand , if the content of the 4 ...
... Assume A and B are 4 bits wide . Also , assume data is already loaded into B. - If the content of a 4 - bit register Q = 0 , perform R ← M and then transfer the 4 - bit result to outbus . On the other hand , if the content of the 4 ...
Sayfa 417
... ASSUME directive assigns a logical segment to a physical segment at any given time . That is , the ASSUME directive tells the assembler what addresses will be in the segment registers at execution time . For example , the statement ASSUME ...
... ASSUME directive assigns a logical segment to a physical segment at any given time . That is , the ASSUME directive tells the assembler what addresses will be in the segment registers at execution time . For example , the statement ASSUME ...
İçindekiler
INTRODUCTION TO DIGITAL SYSTEMS | 1 |
NUMBER SYSTEMS AND CODES | 31 |
BOOLEAN ALGEBRA AND DIGITAL LOGIC GATES | 67 |
Telif Hakkı | |
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16 bits 32 bits adder address register addressing modes arithmetic assembly language assembly language program Assume binary number block Boolean bus cycle byte cache chip clock cycle complement consider contains contents control unit data bus decimal decoder digits display DSACK1 DTACK EPROM example execution flags flip-flop floating-point full adder function hardware hexadecimal implemented index register input instruction set integer Intel interface interrupt K-map latch loaded logic diagram m₁ main memory memory address memory location microcomputer microprocessor microprogram minterms Motorola MOVE.W multiplication offset on-chip op-code operand output Pentium perform physical address pins pipeline pointer port PowerPC processor program counter provides reset result RISC sequence sequential circuit shown in Figure signal specified stack stored subroutine synchronous transistor truth table typical unsigned vector word zero