M16_2_M16_Discussion3

M16_2_M16_Discussion3 - 4. Ex. 3.4 Show a CMOS circuit that...

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UCLA Department of Electrical Engineering EEM16 – Fall 2011 Discussion3 1. Ex. 2.41 Determine the sum of minterms and product of maxterms that are equivalent to (±² ³² ´) µ ± · ±(± ³ · ³¸´)¸ 2. Ex. 2.45 Express the complement of (±² ³² ´) µ ∏ ¹(º² »² ¼² ½² ¾) as a sum of minterms and a product of maxterms. 3. Ex. 3.3 Show a CMOS circuit for the network depicted in the following figure using: a. AND and NOR circuits; b. One complex gate.
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Unformatted text preview: 4. Ex. 3.4 Show a CMOS circuit that implement the following function for positive logic: 0 0 0 0 1 1 1 0 0 1 1 0 5. Let ( ) . 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: AND-OR-INVERT: ( )...
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This note was uploaded on 04/02/2012 for the course EE EEM16 taught by Professor Cabriv during the Fall '11 term at UCLA.

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M16_2_M16_Discussion3 - 4. Ex. 3.4 Show a CMOS circuit that...

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