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Asked: 2023-07-22T10:37:28-04:00 In:

13.11 The CMOS op amp of Figs. 13.9 and 13.10 is fabricated in a process for which = 20 V/µm. If all devices have 1-µm channel length and are operated at equal overdrive voltages of 0.2-V magnitude, I = 240 µA, and IB = 150 µA, find the voltage gain and the value of Ro obtained. 16,000 V/V; 13.3 MΩ

Venkyelectrical
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13.11 The CMOS op amp of Figs. 13.9 and 13.10 is fabricated in a process for which = 20 V/µm. If all devices have 1-µm channel length and are operated at equal overdrive voltages of 0.2-V magnitude, I = 240 µA, and IB = 150 µA, find the voltage gain and the value of Ro obtained.

16,000 V/V; 13.3 MΩ

13.11 The CMOS op amp of Figs. 13.9 and 13.10 is fabricated in a process for which = 20 V/µm. If all devices have 1-µm channel length and are operated at equal overdrive voltages of 0.2-V magnitude, I = 240 µA, and IB = 150 µA, find the voltage gain and the value of Ro obtained. 16,000 V/V; 13.3 MΩ13.11 The CMOS op amp of Figs. 13.9 and 13.10 is fabricated in a process for which = 20 V/µm. If all devices have 1-µm channel length and are operated at equal overdrive voltages of 0.2-V magnitude, I = 240 µA, and IB = 150 µA, find the voltage gain and the value of Ro obtained. 16,000 V/V; 13.3 MΩ

microelectronics by sedra & smith chapter 13 exercise questions

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