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Consider the CMOS inverter given in the below figure. a. Determine the dynamic Power Dissipation when the gate operating at 25MHz. b. Determine the static Power Dissipation when the gate operating at 25MHz. c. State three techniques that can be used to reduce the CMOS power consumption. d. Prove that the design of the CMOS Inverter will produce a symmetric voltage transfer characteristic (VTC).

Consider the CMOS inverter given in the below figure. a. Determine the dynamic Power Dissipation when the gate operating at 25MHz. b. Determine the static Power Dissipation when the gate operating at 25MHz. c. State three techniques that can be used to reduce the CMOS power consumption. d. Prove that the design of the CMOS Inverter will produce a symmetric voltage transfer characteristic (VTC).

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Consider the CMOS inverter given in the below figure. a. Determine the dynamic Power Dissipation when the gate operating at 25MHz. b. Determine the static Power Dissipation when the gate operating at 25MHz. c. State three techniques that can be used to reduce the CMOS power consumption. d. Prove that the design of the CMOS Inverter will produce a symmetric voltage transfer characteristic (VTC).

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