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# Note_4.pdf

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School
University of Alberta
Department
Electrical and Computer Engineering
Course
ECE302
Professor
md
Semester
Fall

Description
Fall 2013 ECE 304 Assignment 4 Page 1 of 1 Due: October 31 2013, 8:00 am in seminar or anytimebefore in ECE304 drop box 1) In a Pseudo-NMOS inverter, determine the width ratio of the transistor that produces a low output voltage of 0.1V DD as logic “0” assuming µ =3µ n UsepON resistance approximation instead of complete I-V equations for transistors to calculate the output voltage. 2) Sketch transistor-level circuit diagram of CMOS, pseudo-nMOS, and CVSL logic circuits that implements the function: F = [A(B+C.(D+EG))]’ 3) Calculate the dynamic power dissipated in a static CMOS DSP consisting of two million gates where one quarter of the gates operate at full clock frequency and at nominal voltage and the rest of the gates operate at half clock frequency and at 80% of nominal voltage. The average activity factor for all gates is 20%, the clock frequency is 1 GHz, the nominal voltage is 1.8 V, and the average load capacitor is 2 fF per gate. 4) Design an asymmetric 3-input NOR gate that favors a critical input over the other two. Choose the transistor sizes in the pull-up network so that the
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