In the circuit below, the wire between inverter x and y is 0.15m wide and 0.05mm...

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In the circuit below, the wire between inverter x and y is 0.15μm wide and 0.05mm long. 10fF X Y 100fF A. Assume the sheet resistance of wire is 0.1/. What is the total resistance of the wire? B. The on resistance of the inverter with input capacitance of 10fF is 1000. The unit capacitance of the wire is 2fF/μm. How large should the x and y (normalized to 10fF) be to get the shortest path delay? What is the shortest delay? Assume the wire can be Ср modeled with single segment π model as shown in the figure, and- = 1 Cgate C. Size the x and y for shortest delay without the wire resistance and capacitance. Compare your result with part B. In the circuit below, the wire between inverter x and y is 0.15μm wide and 0.05mm long. 10fF X Y 100fF A. Assume the sheet resistance of wire is 0.1/. What is the total resistance of the wire? B. The on resistance of the inverter with input capacitance of 10fF is 1000. The unit capacitance of the wire is 2fF/μm. How large should the x and y (normalized to 10fF) be to get the shortest path delay? What is the shortest delay? Assume the wire can be Ср modeled with single segment π model as shown in the figure, and- = 1 Cgate C. Size the x and y for shortest delay without the wire resistance and capacitance. Compare your result with part B. In the circuit below, the wire between inverter x and y is 0.15μm wide and 0.05mm long. 10fF X Y 100fF A. Assume the sheet resistance of wire is 0.1/. What is the total resistance of the wire? B. The on resistance of the inverter with input capacitance of 10fF is 1000. The unit capacitance of the wire is 2fF/μm. How large should the x and y (normalized to 10fF) be to get the shortest path delay? What is the shortest delay? Assume the wire can be Ср modeled with single segment π model as shown in the figure, and- = 1 Cgate C. Size the x and y for shortest delay without the wire resistance and capacitance. Compare your result with part B. In the circuit below, the wire between inverter x and y is 0.15μm wide and 0.05mm long. 10fF X Y 100fF A. Assume the sheet resistance of wire is 0.1/. What is the total resistance of the wire? B. The on resistance of the inverter with input capacitance of 10fF is 1000. The unit capacitance of the wire is 2fF/μm. How large should the x and y (normalized to 10fF) be to get the shortest path delay? What is the shortest delay? Assume the wire can be Ср modeled with single segment π model as shown in the figure, and- = 1 Cgate C. Size the x and y for shortest delay without the wire resistance and capacitance. Compare your result with part B.

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Solutions Given Solution Length 005m 0 Radius r 015 mm ... View the full answer