Question: design an arithmetic circuit for the 16 different logic operations with two binary vriables. represent all the microoperations in the table in slide 52. F1

design an arithmetic circuit for the 16 different logic operations with two binary vriables. represent all the microoperations in the table in slide 52. design an arithmetic circuit for the 16 different logic operations with two

F1 = xy 16 different logic operations with 2 binary variables. n binary variabless - 22" functions Truth tables for 16 functions of 2 variables and the corresponding 16 logic micro- operations 0 0 11 Boolean Function Microoperations Name y 0101 0000 FO = 0 FO Clear 0001 FAAB AND 0010 F2 = xy F+AAB 0011 F3 = x FA Transfer A 0100 F4 = x'y FA'AB 0101 F5 = FB Transfer B 0110 F6 = x Ay F+AOB Exclusive-OR 0111 F7 = x + y FAVB OR 1000 F8 = (x + y) F+ (AVB) NOR 1001 F9 = (x Ay) F+( AB) Exclusive-NOR 1010 F10 = y FB Complement B 1011 F11 = x + y FAVB 1100 F12 = x FA Complement A 1101 F13 = x + y FAB 1 110 F14 = (xy). F+( AB) NAND 1111 F15 = 1 Fall 1's Set to all 1's Dr. Mohamed Abdelaziz Architecture 123:3 52

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