Question

II. FULL ADDER (LOGIC GATES) A. In Tinkercad, we will implement a Full Adder circuit using basic logic gates. See the diagram below from the lecture slides: y xy (x\oplus y) \oplus z S xy (x\oplus y) z (x\oplus y) z + xy C For Tinkercad, the following parts will be needed: (1x) Breadboard (1x) Power supply (1x) 7486 (Quad, 2-input XOR gate) (1x) 7408 (Quad, 2-input AND gate) (1x) 7432 (Quad, 2-input OR gate) (2x) 330 ohm resistors (for LEDs, from cathode to ground) (2x) LEDs (one red, one green) The "Sum" output will be represented by a Red LED, and the "Carry" output will be represented by a Green LED. B. For your input wires, indicate the wire color for the X, Y, Z inputs. In the example below, X is represented by the green wire, Y by brown, and Z by grey.

          II. FULL ADDER (LOGIC GATES)
A. In Tinkercad, we will implement a Full Adder circuit using basic logic gates. See the
diagram below from the lecture slides:
y
xy
(x\oplus y) \oplus z
S
xy
(x\oplus y) z
(x\oplus y) z + xy
C
For Tinkercad, the following parts will be needed:
(1x) Breadboard
(1x) Power supply
(1x) 7486 (Quad, 2-input XOR gate)
(1x) 7408 (Quad, 2-input AND gate)
(1x) 7432 (Quad, 2-input OR gate)
(2x) 330 ohm resistors (for LEDs, from cathode to ground)
(2x) LEDs (one red, one green)
The "Sum" output will be represented by a Red LED, and the "Carry" output will be
represented by a Green LED.
B. For your input wires, indicate the wire color for the X, Y, Z inputs. In the example below,
X is represented by the green wire, Y by brown, and Z by grey.

II. FULL ADDER (LOGIC GATES)
A. In Tinkercad, we will implement a Full Adder circuit using basic logic gates. See the
diagram below from the lecture slides:
y
xy
(x⊕y) ⊕z
S
xy
(x⊕y) z
(x⊕y) z + xy
C
For Tinkercad, the following parts will be needed:
(1x) Breadboard
(1x) Power supply
(1x) 7486 (Quad, 2-input XOR gate)
(1x) 7408 (Quad, 2-input AND gate)
(1x) 7432 (Quad, 2-input OR gate)
(2x) 330 ohm resistors (for LEDs, from cathode to ground)
(2x) LEDs (one red, one green)
The "Sum" output will be represented by a Red LED, and the "Carry" output will be
represented by a Green LED.
B. For your input wires, indicate the wire color for the X, Y, Z inputs. In the example below,
X is represented by the green wire, Y by brown, and Z by grey.

Added by Samantha H.

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