FIGURE 02Q.6For the circuit in Figure 02 , assume the inputs are Add/Subt. = 1, A =1010, and B = 1101. What is the output?The input waveforms in Figure 03 are applied to a 2-bit adder. Determine the waveforms for the sum and the outputcarry in relation to the inputs by constructing a timing diagram.Q.7A1A2B1B2CinFIGURE 03Q.8The following sequences of bits (right-most bit first) appear on the inputs to a 4-bit parallel adder. Determine theresulting sequence of bits on each sum output.A1A210101100 For the parallel adder in Figure 01, determine the complete sum by analysis of the logical operation of the1 0circuit. Verify your result by longhand addition of the two input numbers.1 0Q.40 11 10 1А В СA B CinA B CinA B CinА В СтΣCoutΣCoutΣCotΣCoutΣCoutFIGURE 01The circuit shown in Figure 02 is a 4-bit circuit that can add or subtract numbers in a form used in computers (positivenumbers in true form; negative numbers in complement form). (a) Explain what happens when the Add/Subt. input isHIGH. (b) What happens when Add/Subt. is LOW?Q.5A, BoAj B1A, B2Az B3Add/Subt.A B CinA B CinA B CinA B CinΣCoutCouΣCoutΣCout

Note: Answering the first question as per the guidelines. From figure 2, it can be observed that…

Answered: Q.6 For the circuit in Figure 02 ,…

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Q.6 For the circuit in Figure 02 , assume the inputs are Add/Subt. = 1, A =1010, and B = 1101. What is the output?

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Fast Fourier Transform Concepts

The algorithm used to convert a sequence to its Discrete Fourier transform (DFT) is known as the Fast Fourier transform. It can be used for both DFT and IDFT (Inverse DFT) transformation.

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FIGURE 02
Q.6
For the circuit in Figure 02 , assume the inputs are Add/Subt. = 1, A =1010, and B = 1101. What is the output?
The input waveforms in Figure 03 are applied to a 2-bit adder. Determine the waveforms for the sum and the output
carry in relation to the inputs by constructing a timing diagram.
Q.7
A1
A2
B1
B2
Cin
FIGURE 03
Q.8
The following sequences of bits (right-most bit first) appear on the inputs to a 4-bit parallel adder. Determine the
resulting sequence of bits on each sum output.
A1
A2
1010
1100

For the parallel adder in Figure 01, determine the complete sum by analysis of the logical operation of the
1 0
circuit. Verify your result by longhand addition of the two input numbers.
1 0
Q.4
0 1
1 1
0 1
А В С
A B Cin
A B Cin
A B Cin
А В Ст
Σ
Cout
Σ
Cout
Σ
Cot
Σ
Cout
Σ
Cout
FIGURE 01
The circuit shown in Figure 02 is a 4-bit circuit that can add or subtract numbers in a form used in computers (positive
numbers in true form; negative numbers in complement form). (a) Explain what happens when the Add/Subt. input is
HIGH. (b) What happens when Add/Subt. is LOW?
Q.5
A, Bo
Aj B1
A, B2
Az B3
Add/Subt.
A B Cin
A B Cin
A B Cin
A B Cin
Σ
Cout
Cou
Σ
Cout
Σ
Cout

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