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Q#3. For a CMOS inverter assume, C=150 ff and VDD-5V. The inverter is cycled through the low and high voltage levels at an average rate of f=75 MHz a) Calculate the dynamic power dissipated in the inverter. b) For a chip that contains the equivalent of 2, 50,000 inverters, calculate the total dynamic power dissipated i 20% of the gates changes value at any given instant o timo

Q#3. For a CMOS inverter assume, C=150 ff and VDD-5V. The inverter is cycled through the low and high voltage levels at an average rate of f=75 MHz a) Calculate the dynamic power dissipated in the inverter. b) For a chip that contains the equivalent of 2, 50,000 inverters, calculate the total dynamic power dissipated i 20% of the gates changes value at any given instant o timo

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q#3. For a CMOS inverter assume, C=150 fF and VDD=5V. The inverter is cycled through the low and high voltage levels at an average rate of f=75 MHz a) Calculate the dynamic power dissipated in the inverter. b) For a chip that contains the equivalent of 2, 50,000 inverters, calculate the total dynamic power dissipated if 20% of the gates changes value at any given instant of time.
Transcribed Image Text:Q#3. For a CMOS inverter assume, C=150 fF and VDD=5V. The inverter is cycled through the low and high voltage levels at an average rate of f=75 MHz a) Calculate the dynamic power dissipated in the inverter. b) For a chip that contains the equivalent of 2, 50,000 inverters, calculate the total dynamic power dissipated if 20% of the gates changes value at any given instant of time.
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