Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Question
Draw a circuit that implements a 3-bit Adder that takes two 3-bit
numbers as input, each on 3 input lines and outputs a 4 bit number
on 4 output lines. You may use the Half Adder, the Full Adder and
the following gates: NOT, AND, OR, XOR. Make sure to clearly label
the interface wires on your diagram and the types of gates you use.
Transcribed Image Text:A 1-bit half adder chip has the following interface, with two input wires and
two output wires:
a
sum
Half Adder
b
carry
A 1-bit full adder has an additional input wire as shown below.
a
sum
b
Full Adder
carry
U
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- Give all gates outputarrow_forwardhi, i have a problem with this logic gate question. can you please help me.arrow_forwardRebuild the following logic circuits with the minimum possible number of logic gates and under the following conditions: Use only the AND and OR gates with 2-inputs. You can also use any number of NOT gates. f2=abc+abd+a'cd+b'cdarrow_forward
- a) Using two-level logic b) Using three-level logicarrow_forwardNeed correct answer asap with explaination.arrow_forwardCreate a circuit to generate odd parity bit for a 3-bit code. a. Construct the truth table. b. Use K-map to simplify the circuit. c. Draw the circuit with minimum number of gates. (I did the question myself, but I'm confused as to why the K-map does not provide the simplified circuit to build the minimum number of gates)arrow_forward
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