[Solved]4 Bit Controlled Comparator Specifications Inputs Create Circuit Logisim Take Following In Q37295678
PLEASE USE LOGISIM TO ANSWER THE QUESTION, INCLUDE ALLSUB-CIRCUITS.
4 Bit Controlled Comparator SPECIFICATIONS: INPUTS Create a circuit in Logisim that will take the following inputs: A: 4 bit binary number :4 bit binary number : Control where: if C- 0, A and B will be treated as unsigned binary if C-1, A and B will be treated as 2’s complement signed binary for example, the number 101 represents the value 5 if it is treated as unsigned binary, but it represents the value -3 if it is treated as 2’s complement) OUTPUTS: The circuit will compare the two numbers and send put a 1′ to the corresponding output: ifA is less thanB : if A is equal to B >: if A is greater than B Your circuit will look something like this: ㄖㄖㄖㄖ ㄖㄖㄖㄖ Bit Controlled Comparator 1. The circuit is to be implemented using sub-circuits as discussed in class 2HINT: Your final circuilt should contain an UNSIGNED COMPARATOR. You will then need to make modifications to the outputs of the UNSIGNED COMPARATOR to make it work with signed numbers You may only use the basic gates: NOT, AND, OR, XOR. You may use these gates to build larger sub-circuits of your own: ADDER, MULTIPLEXER, etc. and incorporate these into your main circuit 3. 4. You are not allowed to use Logisims built-in cirouits: ADDER, MULTIPLEXER, et bu you are free to build your own using the basic gates. This is NOT a team project. Each student is expected to do his/her own work Show transcribed image text 4 Bit Controlled Comparator SPECIFICATIONS: INPUTS Create a circuit in Logisim that will take the following inputs: A: 4 bit binary number :4 bit binary number : Control where: if C- 0, A and B will be treated as unsigned binary if C-1, A and B will be treated as 2’s complement signed binary for example, the number 101 represents the value 5 if it is treated as unsigned binary, but it represents the value -3 if it is treated as 2’s complement) OUTPUTS: The circuit will compare the two numbers and send put a 1′ to the corresponding output: ifA is less thanB : if A is equal to B >: if A is greater than B Your circuit will look something like this: ㄖㄖㄖㄖ ㄖㄖㄖㄖ Bit Controlled Comparator 1. The circuit is to be implemented using sub-circuits as discussed in class 2HINT: Your final circuilt should contain an UNSIGNED COMPARATOR. You will then need to make modifications to the outputs of the UNSIGNED COMPARATOR to make it work with signed numbers You may only use the basic gates: NOT, AND, OR, XOR. You may use these gates to build larger sub-circuits of your own: ADDER, MULTIPLEXER, etc. and incorporate these into your main circuit 3. 4. You are not allowed to use Logisims built-in cirouits: ADDER, MULTIPLEXER, et bu you are free to build your own using the basic gates. This is NOT a team project. Each student is expected to do his/her own work
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Answer to 4 Bit Controlled Comparator SPECIFICATIONS: INPUTS Create a circuit in Logisim that will take the following inputs: A: 4… . . .
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