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Unformatted text preview: 4. Ex. 3.4 Show a CMOS circuit that implement the following function for positive logic: ± ¿ ± À ´ 0 0 0 0 1 1 1 0 0 1 1 0 5. Let Á µ (Â · ÃÄ)¸ . a. Implement Y using the minimum number of CMOS transistors (PMOS, NMOS); b. Implement Y using CMOS transmission gates and inverters only; c. Implement AND and OR gates using CMOS transmission gates only. 6. Design CMOS circuits to implement the following function: ANDORINVERT: ± (²³ ´ µ¶)·...
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 Fall '11
 cabriv
 Electrical Engineering, CMOS Circuit, UCLADepartment of Electrical Engineering, CMOS transmission gates, Design CMOS circuits

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