Analysis and Synthesis of 8 bit binary full adder by cascading two IC 7483 chips

INSTRUCTION

  1. Apply high to \(V_{CC}\) and low voltage to ground (GND)
  2. For all the combinations of the 8 bit inputs A ( \(A_7 A_6 A_5 A_4 A_3 A_2 A_1 A_0\)),B ( \(B_7 B_6 B_5 B_4 B_3 B_2 B_1 B_0\)) verify that the LEDs are ON or not.
  3. Enter binary input A=10011011 (Decimal value is 155), B=10011011 (Decimal value is 155). Check output S=100110110 (Decimal value is 310)(\(C_8 S_7 S_6 S_5 S_4 C_4 S_3 S_2 S_1 S_0\)).
  4. Enter other input combination of A and B.
  5. Note: Red button symbolize as Low (L), Green button symbolize as High (H).

TRUTH TABLE

ABSum
\(A_7\)\(A_6\)\(A_5\)\(A_4\)\(A_3\)\(A_2\)\(A_1\)\(A_0\)\(B_7\)\(B_6\)\(B_5\)\(B_4\)\(B_3\)\(B_2\)\(B_1\)\(B_0\)\(C_8\)\(S_7\)\(S_6\)\(S_5\)\(S_4\)\(S_3\)\(S_2\)\(S_1\)\(S_0\)

CIRCUIT DIAGRAM

circuit image