Experiment - 3a

The circuit performs the function of adding two binary digits. Using the two input bits the circuit produces the Sum (SUMh) and Carry Output (COh). SUMh will be set if either, but not both, of the input variables is 1. COh will be set if both of the input variables are 1. A two-input Exclusive OR (XOR) gate and a two-input AND gate were used to generate SUMh and COh respectively. Variables / Signal Names: AG = Augend AD = Addend SUMh = (Half Adder) Sum COh = (Half Adder) Carry Output Boolean Equations: SUMh = AG (+) AD COh = AG · AD For Full Adder Using Two Half Adders: https://www.multisim.com/content/cu38wufkNopY7q3DbNxMhj/full-adder-using-two-half-adders/ For Configurable-Mode Half Subtractor/Adder: https://www.multisim.com/content/rjumgULVWbc9kyioLQqPv5/configurable-mode-half-subtractoradder/ For Simultaneous Dual Function Half Adder-Subtractor: https://www.multisim.com/content/MoUhGPsqRXjNsmYbzrMahn/simultaneous-dual-function-half-adder-subtractor/ For Configurable-Mode Full Subtractor/Adder Using Half Subtractor/Adder And Half Adder: https://www.multisim.com/content/7f3C4LtEzu8adz9gefm5yf/configurable-mode-full-subtractoradder-using-half-subtractoradder-and-half-adder/ For Full Subtractor Using Half Subtractor And Half Adder: https://www.multisim.com/content/JbufrRs3Bhrr39rurarqAZ/full-subtractor-using-half-subtractor-and-half-adder/