Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1706

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Step of 8 15.038P Refer Figure 14 12 (b) in the textbook for the transmission gate with low input. The value of electron mobility The value mobility constant The supply voltage is, The value The width to length ratio of MOS transistor is, The total capacitance at the output node is, Step When the input the transistor will be in saturation region It will have drain current which Until the drain source voltage is The expression for equivalent resistance of 2 Step of 8 If the output voltage is less than the one the expression for equivalent resistance of is, Step of 8 When the output voltage is, The equivalent resistance of is, 2 - 300 Therefore, the resistance Step The equivalent resistance of the transistor given by, 1.8V-0V =18.9 Therefore, the resistance IS, Therefore, the transmission gate equivalent resistance is Therefore, the transmission gate equivalent resistance, IS 763 Step of 8 If the output voltage is, The value As the output voltage is less than DD the transistor is the triode region The equivalent resistance of is, 1 - 300 Therefore, the resistance Step The value the voltage is, =0.62 V The equivalent resistance of the transistor 2(0.9 V) 12 Therefore, the resistance is, Step of 8 Therefore, the transmission gate equivalent resistance is = Therefore, the transmission gate equivalent resistance, R The average transmission gate resistance is, 2 Therefore, the average transmission gate The time taken for the Therefore, the time taken for 32.8 ps