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Introduction to Digital Systems: Modeling, Synthesis, and Simulation Using VHDL by Mohammed Ferdjallah

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PROBLEMS

5.1 Implement a two-input AND gate using CMOS transistors and calculate the number of transistors required.

5.2 Implement a two-input OR gate using CMOS transistors and calculate the number of transistors required.

5.3 Implement a three-input NAND gate using CMOS transistors and calculate the number of transistors required.

5.4 Implement a three-input NOR gate using CMOS transistors and calculate the number of transistors required.

5.5 Implement a three-input AND gate using CMOS transistors and calculate the number of transistors required.

5.6 Implement a three-input OR gate using CMOS transistors and calculate the number of transistors required.

5.7 Determine the output logic function f(x1, x2, x3) of the three-input CMOS logic circuit in Figure P5.7.

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Figure P5.7

5.8 Implement the following logic functions using CMOS transistors and calculate the number of transistors required.

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5.9 Determine the number of transistors in the logic circuit in Figure P5.9 if the gates were implemented in CMOS technology.

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Figure P5.9

5.10 Determine the number of transistors in the logic circuit in Figure P5.10 if the gates were implemented in CMOS technology.

Figure P5.10

5.11 Determine the ...

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