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
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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