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For the circuit below, the state of each D-FF is shown inside a small.pdf
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For the circuit below, the state of each D-FF is shown inside a small red circle next to Q output. Answe the following questions: (1) When WE=0,S1S0=11,ABC= (2) When WE=0,S1S0=10,ABC= (3) When WE=0,S1S0=00,ABC= (4) When WE=0,S1S0=01,ABC= (5) When WE=1,XYZ=111,S1S0=10, which memory word XYZ will be written to? (6) When WE=1,XYZ=011,S1S0=00, which memory word XYZ will be written to? (7) When WE=1,XYZ=100,S1S0=11, which memory word XYZ will be written to? (8) When WE=1,XYZ=001,S1S0=01, which memory word XYZ will be written to? Note: For (1) to (4), the answer must be 3-bit, in ABC order. For (5) to (8), chose one fror candidates: Word0, Word1, Word2, Word3..
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For the circuit below, the state of each D-FF is shown inside a small.pdf
- For the circuit below, the state of each D-FF is shown inside a small red circle next to Q output. Answe the following questions: (1) When WE=0,S1S0=11,ABC= (2) When WE=0,S1S0=10,ABC= (3) When WE=0,S1S0=00,ABC= (4) When WE=0,S1S0=01,ABC= (5) When WE=1,XYZ=111,S1S0=10, which memory word XYZ will be written to? (6) When WE=1,XYZ=011,S1S0=00, which memory word XYZ will be written to? (7) When WE=1,XYZ=100,S1S0=11, which memory word XYZ will be written to? (8) When WE=1,XYZ=001,S1S0=01, which memory word XYZ will be written to? Note: For (1) to (4), the answer must be 3-bit, in ABC order. For (5) to (8), chose one fror candidates: Word0, Word1, Word2, Word3.
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