Podcast
Questions and Answers
Q1. How many inputs and outputs does the combinational circuit have?
Q1. How many inputs and outputs does the combinational circuit have?
Q2. What is the value of output A when the binary input is (6)10?
Q2. What is the value of output A when the binary input is (6)10?
Q3. What is the value of output B when the binary input is (5)10?
Q3. What is the value of output B when the binary input is (5)10?
Q4. What is the value of output C when the binary input is (2)10?
Q4. What is the value of output C when the binary input is (2)10?
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Q5. What is the value of Z when X=0 and Y=1?
Q5. What is the value of Z when X=0 and Y=1?
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Study Notes
Combinational Circuit Overview
- Combinational circuits have multiple inputs and outputs that determine output values based on current input values without storing past input states.
Output Values Based on Binary Inputs
- For an input of (6)10 in binary, the output A needs to be determined based on the circuit's specific logic.
- For an input of (5)10 in binary, the output B also requires evaluation against the circuit's defined behavior.
- For an input of (2)10 in binary, output C is derived from the logic of the combinational circuit.
Specific Output Calculation
- The output Z can be calculated according to the values of X and Y. With X=0 and Y=1, the output Z is determined by the logic gate or function set in the combinational circuit.
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Description
This quiz tests your knowledge of designing a combinational circuit using a decoder. You will be given binary inputs and asked to determine the corresponding outputs.
