Draw the fetch-decode execute diagrams for each of the following instructions. Each instruction must be present in a seperate diagrams # Machine Code Assembly Code Description 0 001 1 000111 LOAD #7 Load the value 7 into the Accumulator 1 010 0 001101 STORE 13 Store the value of the Accumulator in memory location 13 2 001 1 000100 LOAD #4 Load the value 4 into the Accumulator 3 010 0 001110 STORE 14 Store the value of the Accumulator in memory location 14 4 001 0 001101 LOAD 13 Load the value of memory location 13 into the Accumulator 5 100 0 001110 SUB 14 Subtract the value of memory location 14 from the Accumulator 6 010 0 001111 STORE 15 Store the value of the Accumulator in memory location 15
Draw the fetch-decode execute diagrams for each of the following instructions. Each instruction must be present in a seperate diagrams # Machine Code Assembly Code Description 0 001 1 000111 LOAD #7 Load the value 7 into the Accumulator 1 010 0 001101 STORE 13 Store the value of the Accumulator in memory location 13 2 001 1 000100 LOAD #4 Load the value 4 into the Accumulator 3 010 0 001110 STORE 14 Store the value of the Accumulator in memory location 14 4 001 0 001101 LOAD 13 Load the value of memory location 13 into the Accumulator 5 100 0 001110 SUB 14 Subtract the value of memory location 14 from the Accumulator 6 010 0 001111 STORE 15 Store the value of the Accumulator in memory location 15
Chapter4: Processor Technology And Architecture
Section: Chapter Questions
Problem 2PE: If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the...
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Draw the fetch-decode execute diagrams for each of the following instructions. Each instruction must be present in a seperate diagrams
# |
Machine Code |
Assembly Code |
Description |
0 |
001 1 000111 |
LOAD #7 |
Load the value 7 into the Accumulator |
1 |
010 0 001101 |
STORE 13 |
Store the value of the Accumulator in memory location 13 |
2 |
001 1 000100 |
LOAD #4 |
Load the value 4 into the Accumulator |
3 |
010 0 001110 |
STORE 14 |
Store the value of the Accumulator in memory location 14 |
4 |
001 0 001101 |
LOAD 13 |
Load the value of memory location 13 into the Accumulator |
5 |
100 0 001110 |
SUB 14 |
Subtract the value of memory location 14 from the Accumulator |
6 |
010 0 001111 |
STORE 15 |
Store the value of the Accumulator in memory location 15 |
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