Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1090

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Step of 10.004P Refer to Figure 10.3 (a) from the text Calculate the value of the resistance RG Substitute 47 for RGI and 10 for M (47M)(10M) = 47M+10M = Therefore, the value of the resistance RG is Step of 7 Calculate the value of the gain AM AM = RG Substitute 8.25 for RG for RD 10 for 100 for and 5 mA/V for 8.25 M AM = (4.7k)(10k) 8.35 M 4.7k+10k 14.7k AM V/V Therefore, the value of the gain AM is -15.8 V/V -15.8 V/V Step of 7 Calculate the value of the frequency 1 Substitute 8.25 MΩ for RG for and 0.01 for M) = 1 0.526 1.9 Hz Therefore, the value of the frequency is is 1.9 Hz Step of 7 Calculate the value of the frequency for Substitute 2 for Rs 5 mA/V for and 10 for Cₛ 1 2k 62.83 Hz Therefore, the value of the frequency is is 87.54 Hz Step of 7 Calculate the value of the frequency Substitute 4.7 for RD 10 for and for I 1 1 = 35.91 0.03 Hz Therefore, the value of the frequency is is 0.03 Step of 7 Calculate the value of the frequency 1 Substitute for 10 and for Rs 1 0.126 7.94 Hz Therefore, the value of the frequency is 7.94 Hz Step The value of the frequency Substitute 7.94 Hz for 0.03 Hz for 87.54 Hz for and 1.9 Hz for = = = =86.63 Hz Therefore, he value of the frequency IS 86.63