Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1671

Prévia do material em texto

Step 1 of 4 15.011P (a) Refer to Figure 15.11 in the textbook. Consider the resistance of the aluminum wire is Consider P/T P is the sheet resistance of the wire. Determine the resistance of aluminum wire. (1) Step 2 of 4 Replace 5 mm for L for W , and 27 Ω/square for in equation 1. = Ω Therefore, the resistance of the aluminum wire is 270 Ω Step 3 of 4 (b) Consider is the wire capacitance to ground and L is the length of the wire. Determine the total wire capacitance C=C,L = (2) Replace 0.1- fF/µm for and 5 mm for L in equation 2. = = = 0.5 pF Therefore, the total capacitance of the wire is 0.5 pF Step 4 of 4 (c) Refer to Figure 15.11(b) in textbook. Determine the delay introduced by the wire. Consider R is the resistance of the wire and is the capacitance of the wire. (3) Replace 270 Ω for R and 0.5-pF for in equation 3. = 0.1863 ns Therefore, the delay introduced by the wire is 0.1863 ns