Design a 4-bit parallel adder table as shown in the figure below, implement the circuit in Multisim, Simulate, and submit it with the design table Multisim Simulation is shown below 1) and2)Select one to construct and simulate a circuitAllDec01000023456789101112131415B+A0-:00+1C40.S4S3S2SI00+140+1500** Accurately represent A4bit and B4bit in aMultisim circuit015-:015+101A WON1] Use 2 deep switches and 5 LEDs152) Use Multisim's Function Generator [8] and the Oscilloscope
A4 A3 A2 A1
Design a 4-bit parallel adder table as shown in the figure below,implement the circuit in
Multisim, Simulate,and submit it with the design table
+ B4 B3 B2 Bi
S4 S3 S2 Si (Together)
A4 B
A3 B3
A, B
A1 B
A
B
Ci
c
Ci
C
FA4
FA3
FA2
FA1
S
Co
S
Co
S
Co
S
C3
C2
C1
Sum:
S4
S3
S2
S1
B3
B2
Dec
A4
A3
A2
AI
Dec
B+A
C4
S4
53
S2
SI
Design a 4-bit parallel adder table as shown in the
O+0
figure below, implement the circuit in Multisim
Simulate,and submit it with the design table
Multisim Simulation is shown below 1and
2Select one to construct and simulate a circuit
12
14
0+14 0+15
**Accurately represent A4bit and B4bit in a
5+ 5+
Multisim circuit
1] Use 2deep switches and 5 LEDs
2)Use Multisim's Function Generator [8] and
10
the Oscilloscope
12