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MICROELECTRONIC CIRCUIT DESIGN

Tài liệu tham khảo microelectronic circuit design | MICROELECTRONIC CIRCUIT DESIGN Third Edition Richard C. Jaeger and Travis N. Blalock Answers to Selected Problems - Updated 1 25 08 Chapter 1 1.3 1.52 years 5.06 years 1.5 1.95 years 6.46 years 1.8 113 MW 511 kA 1.10 2.50 mV 5.12 V 5.885 V 1.12 19.53 mV bit 100011102 1.16 0.002 A 0.002 cos 10001 A 1.19 vds 5 2 sin 25001 4 sin 10001 V 1.21 15.7 V 2.31 V 70.0 pA 210 pA 1.23 120 pA 125 pA 10.3 V 1.25 39.6 Q 0.0253 v 1.27 56 kQ 1.33 x 10 3 Vs 1.29 1.00 MQ 2.50 x 108 is 1.33 5 -45 100 -12 1.35 -90.1 sin 750nt mV 11.0 sin 750nt pA 1.37 1 R2 R1 1.39 -1.875 V -2.500 V 1.41 Band-pass amplifier 1.43 50.0 sin 2000n1 30.0 cos 8000 nl V 1.45 0 V 1.47 2970Q 3030Q 2850Q 3150Q 2700Q 3300Q 1.52 6200Q 800 ppm oC 1.58 3.29 0.995 -6.16 3.295 0.9952 -6.155 Chapter 2 2.4 For Ge 35.9 cm3 227 x 1013 cm3 8.04 x 1015 cm3 2.7 -1.75x106 cm s 6.25x105 cm s 2.80x104 A cm2 1.00x10-10 A cm2 2.8 305.2 K 2.10 4 MA cm2 2.13 1.60 x 107 A cm2 4.00 A 2.15 316.6 K 2.19 Donor acceptor 2.20 200 V cm 2.22 5 x 103 atoms 2.24 4 x 1016 cm3 2.50 x 105 cm3 18 3 3 9 3 -10 3 .28 6 x 10 cm 16.7 cm 5 x 10 cm 8.80 x 10 cm 2.30 3 x 1017 cm3 333 cm3 2.32 100 cm3 1018 cm3 375 cm2 s 100 cm2 s p-type 62.4 mQ-cm 16 3 zx4 3 2 2 .34 10 cm 10 cm 800 cm s 1230 cm s n-type 0.781 Q-cm 2.38 3.06 x 1018 cm3 2.40 Yes add equal amounts of donor and acceptor impurities. Then n nt p but the mobilities are reduced. See Prob. 2.37. 2.42 2.00 Q-cm 3.1 x 1019 cm3 2.44 75K 6.64 mV 150K 12.9 mV 300K 25.8 mV 400K 34.5 mV 2.46 -1.20 x105 exp -5000 x cm A cm2 12.0 mA 2.48 The width in the figure should be 2 pm For x 0 -535 A cm2 2.50 1.108 pm 2 Chapter 3 3.1 0.0373 pm 0.0339 pm 3.39 x 10-3 pm 0.979 V 5.24 x 105 V cm 3 Í 1 3 A- 3 18 3 -iz 2 _3 .3 10 cm 10 cm 10 cm 10 cm 0.921 V 0.0488 pm 3.6 2.55 V 1.05 pm 3.10 6400 A cm2 3.13 1.00 x 1021 cm4 3.17 290 K 3.20 312K 3.21 1.39 3.17 pA 3.22 0.837 V 0.768 V 0 A 9.43 x 10 A -1.00 x 10-18 A 3.25 1.34 V 1.38 V 3.28 0.518 V 0.633 V 3.31 0.757 V 0.721 V 3.34 -1.96 mV K 3.37 0.633 V 0.949 pm 3.89 pm 12.0