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Problem 3. Logic Diagram of a tiny ALU with DFF Accumulator This problem involves building a tiny ALU performing 4-bit addition and using two 74SL74 (4 DFF's) and a 4-bit adder. Provide an implementation to perform the following ALU addition operation. Add A,B - This operation adds register A and input B and stores the result in register A. Create a 4-bit register using 4 D FFs which acts as an accumulator. This accumulator is connected with an adder and is performing the following task. The initial value of the accumulator is 0 and every time a clock pulse is given, it adds the current value of the accumulator (let's call it A) and a given 4-bit input B. The B input is provided using 4 input switches. Thus, the accumulator stores the addition of multiple 4-bit values provided to the ALU. Draw the Logic Diagram of a tiny ALU with DFF Accumulator. Use logical symbols, not IC chips. A logical diagram should contain block notations (such as Full Adder, D Flip-Flop, Decoder, Multiplexer) and gate symbols (such as AND, OR, and NOT).

Problem 3. Logic Diagram of a tiny ALU with DFF Accumulator This problem involves building a tiny ALU performing 4-bit addition and using two 74SL74 (4 DFF's) and a 4-bit adder. Provide an implementation to perform the following ALU addition operation. Add A,B - This operation adds register A and input B and stores the result in register A. Create a 4-bit register using 4 D FFs which acts as an accumulator. This accumulator is connected with an adder and is performing the following task. The initial value of the accumulator is 0 and every time a clock pulse is given, it adds the current value of the accumulator (let's call it A) and a given 4-bit input B. The B input is provided using 4 input switches. Thus, the accumulator stores the addition of multiple 4-bit values provided to the ALU. Draw the Logic Diagram of a tiny ALU with DFF Accumulator. Use logical symbols, not IC chips. A logical diagram should contain block notations (such as Full Adder, D Flip-Flop, Decoder, Multiplexer) and gate symbols (such as AND, OR, and NOT).

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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Problem 3. Logic Diagram of a tiny ALU with DFF Accumulator This problem involves building a tiny ALU performing 4-bit addition and using two 74SL74 (4 DFF's) and a 4-bit adder. Provide an implementation to perform the following ALU addition operation. Add A,B - This operation adds register A and input B and stores the result in register A. Create a 4-bit register using 4 D FFs which acts as an accumulator. This accumulator is connected with an adder and is performing the following task. The initial value of the accumulator is 0 and every time a clock pulse is given, it adds the current value of the accumulator (let's call it A) and a given 4-bit input B. The B input is provided using 4 input switches. Thus, the accumulator stores the addition of multiple 4-bit values provided to the ALU. Draw the Logic Diagram of a tiny ALU with DFF Accumulator. Use logical symbols, not IC chips. A logical diagram should contain block notations (such as Full Adder, D Flip-Flop, Decoder, Multiplexer) and gate symbols (such as AND, OR, and NOT).
Transcribed Image Text:Problem 3. Logic Diagram of a tiny ALU with DFF Accumulator This problem involves building a tiny ALU performing 4-bit addition and using two 74SL74 (4 DFF's) and a 4-bit adder. Provide an implementation to perform the following ALU addition operation. Add A,B - This operation adds register A and input B and stores the result in register A. Create a 4-bit register using 4 D FFs which acts as an accumulator. This accumulator is connected with an adder and is performing the following task. The initial value of the accumulator is 0 and every time a clock pulse is given, it adds the current value of the accumulator (let's call it A) and a given 4-bit input B. The B input is provided using 4 input switches. Thus, the accumulator stores the addition of multiple 4-bit values provided to the ALU. Draw the Logic Diagram of a tiny ALU with DFF Accumulator. Use logical symbols, not IC chips. A logical diagram should contain block notations (such as Full Adder, D Flip-Flop, Decoder, Multiplexer) and gate symbols (such as AND, OR, and NOT).
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