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Answer the following questions: 1. Design a 8 bit "shift left-shift right" register. 2. Design a 8 bit up counter. 3. Difference between sequential circuit vs combinational circuit. 4. Design a 8:1 multiplexer using 4:1 multiplexer and 2:1 multiplexer. 5. When designing register file, we used multiplexer to read from a specific register of that register file. However, to write in the register file, we didn't use demultiplexer. Why ? 6. In our designed register file, we can write one data at a time. But if we want to write two data at a time,what should we do ? 7.Logisim simulation: A. Design a 8 bit register file with 10 registers. B. Design an ALU with AND, OR, XOR, NOT, ADD and SUBTRUCT operations that can use the above register file. C. Create a single cycle data-path between register file and ALU. Save 1 digit of your NSU ID in each register of your register file before running instructions given below.E.g. for id: 1831565042, save 1 in first register, 8 in second, 3 in third and so on. Then save these instructions given below in ROM and run sequentially: a) Implement OR operation on 1" and 3rd registers' value and save it on 2ªd register. b) Implement XOR operation on 4ª and 6ª registers' value and save it on 5ª register. c) Implement ADD operation on 2d and 5* registers' value and save it on 1“ register. d) Implement AND operation on 7* and 9ª registers' value and save it on 8* register. e) Implement SUBTRUCT operation on 1“ and 10% registers" value and save it on 8* register. After building the circuit, create a table (example given below) for showing the change in value of any register after running each instructions given above.For id: 1831565042: | Before running instruction X | After running instruction a=3 After running instruction a=7 Value of Nh Register Value of 2ad register Before running instruction X |Before running instruction a=8 Value of 5h register Before running instruction b-5

Answer the following questions: 1. Design a 8 bit "shift left-shift right" register. 2. Design a 8 bit up counter. 3. Difference between sequential circuit vs combinational circuit. 4. Design a 8:1 multiplexer using 4:1 multiplexer and 2:1 multiplexer. 5. When designing register file, we used multiplexer to read from a specific register of that register file. However, to write in the register file, we didn't use demultiplexer. Why ? 6. In our designed register file, we can write one data at a time. But if we want to write two data at a time,what should we do ? 7.Logisim simulation: A. Design a 8 bit register file with 10 registers. B. Design an ALU with AND, OR, XOR, NOT, ADD and SUBTRUCT operations that can use the above register file. C. Create a single cycle data-path between register file and ALU. Save 1 digit of your NSU ID in each register of your register file before running instructions given below.E.g. for id: 1831565042, save 1 in first register, 8 in second, 3 in third and so on. Then save these instructions given below in ROM and run sequentially: a) Implement OR operation on 1" and 3rd registers' value and save it on 2ªd register. b) Implement XOR operation on 4ª and 6ª registers' value and save it on 5ª register. c) Implement ADD operation on 2d and 5* registers' value and save it on 1“ register. d) Implement AND operation on 7* and 9ª registers' value and save it on 8* register. e) Implement SUBTRUCT operation on 1“ and 10% registers" value and save it on 8* register. After building the circuit, create a table (example given below) for showing the change in value of any register after running each instructions given above.For id: 1831565042: | Before running instruction X | After running instruction a=3 After running instruction a=7 Value of Nh Register Value of 2ad register Before running instruction X |Before running instruction a=8 Value of 5h register Before running instruction b-5

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Answer the following questions: 1. Design a 8 bit "shift left-shift right" register. 2. Design a 8 bit up counter. 3. Difference between sequential circuit vs combinational circuit. 4. Design a 8:1 multiplexer using 4:1 multiplexer and 2:1 multiplexer. 5. When designing register file, we used multiplexer to read from a specific register of that register file. However, to write in the register file, we didn't use demultiplexer. Why ? 6. In our designed register file, we can write one data at a time. But if we want to write two data at a time,what should we do ? 7.Logisim simulation: A. Design a 8 bit register file with 10 registers. B. Design an ALU with AND, OR, XOR, NOT, ADD and SUBTRUCT operations that can use the above register file. C. Create a single cycle data-path between register file and ALU. Save 1 digit of your NSU ID in each register of your register file before running instructions given below.E.g. for id: 1831565042, save 1 in first register, 8 in second, 3 in third and so on. Then save these instructions given below in ROM and run sequentially: a) Implement OR operation on 1* and 3d registers' value and save it on 2ad register. b) Implement XOR operation on 4 and 6ª registers' value and save it on 5* register. c) Implement ADD operation on 2sd and 5* registers' value and save it on 1* register. d) Implement AND operation on 7* and 9 registers' value and save it on 8* register. e) Implement SUBTRUCT operation on 1* and 10 registers' value and save it on 8 register. After building the circuit, create a table (example given below) for showing the change in value of any register after running each instructions given above.For id: 1831565042: Before running instruction X Before running instruction a=8 Value of Nth Register Before running instruction X Value of 2ad register After running instruction a=3 Value of 5h register Before running instruction b=D5 After running instruction a=7
Transcribed Image Text:Answer the following questions: 1. Design a 8 bit "shift left-shift right" register. 2. Design a 8 bit up counter. 3. Difference between sequential circuit vs combinational circuit. 4. Design a 8:1 multiplexer using 4:1 multiplexer and 2:1 multiplexer. 5. When designing register file, we used multiplexer to read from a specific register of that register file. However, to write in the register file, we didn't use demultiplexer. Why ? 6. In our designed register file, we can write one data at a time. But if we want to write two data at a time,what should we do ? 7.Logisim simulation: A. Design a 8 bit register file with 10 registers. B. Design an ALU with AND, OR, XOR, NOT, ADD and SUBTRUCT operations that can use the above register file. C. Create a single cycle data-path between register file and ALU. Save 1 digit of your NSU ID in each register of your register file before running instructions given below.E.g. for id: 1831565042, save 1 in first register, 8 in second, 3 in third and so on. Then save these instructions given below in ROM and run sequentially: a) Implement OR operation on 1* and 3d registers' value and save it on 2ad register. b) Implement XOR operation on 4 and 6ª registers' value and save it on 5* register. c) Implement ADD operation on 2sd and 5* registers' value and save it on 1* register. d) Implement AND operation on 7* and 9 registers' value and save it on 8* register. e) Implement SUBTRUCT operation on 1* and 10 registers' value and save it on 8 register. After building the circuit, create a table (example given below) for showing the change in value of any register after running each instructions given above.For id: 1831565042: Before running instruction X Before running instruction a=8 Value of Nth Register Before running instruction X Value of 2ad register After running instruction a=3 Value of 5h register Before running instruction b=D5 After running instruction a=7
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