Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_077

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Step 1 of 2 8.045P The input dc bias for the maximum possible output voltage will be the average values of the voltages and since the characteristics are linear in segment III that is at after Vsc = Calculate the value of the input dc bias voltage. Substitute 0.89 for and 0.935 for 1.825 = 2 = 0.9125 V Therefore, the required value of the input voltage is 0.9125 V Step 2 of 2 Calculate the maximum value of the output voltage. Substitute 2.47 for and 0.335 for = 2.805 2 =1.4025 V Therefore, the required value of the input voltage V₀ is 1.4025 V