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

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.

Figure P5.7

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

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

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 ...