Draw the Bode magnitude and phase plot of the following simplified 2-stage CMOS amplifier. With gm1 = Gm = 5 mS, ro2//ro4 = R01 = 100 Kohm, Cg6 = C1 = 50 pF, gm6 = 1.3 mS, ro6//ro7 = R02 = 45 kohm, CL = C2 = 30 pF. Find the angular frequency at 0 dB gain. Find the phase angle at the 0 dB gain angular frequency. Is this amplifier stable? Make sure to label the values of the slopes as well as the dB levels and phases of all horizontal slopes.

Draw the Bode magnitude and phase plot of the following simplified 2-stage CMOS amplifier. With gm1 = Gm = 5 mS, ro2//ro4 = R01 = 100 Kohm, Cg6 = C1 = 50 pF, gm6 = 1.3 mS, ro6//ro7 = R02 = 45 kohm, CL = C2 = 30 pF. Find the angular frequency at 0 dB gain. Find the phase angle at the 0 dB gain angular frequency. Is this amplifier stable? Make sure to label the values of the slopes as well as the dB levels and phases of all horizontal slopes.

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  1. Draw the Bode magnitude and phase plot of the following simplified 2-stage CMOS amplifier. With g m 1 = G m = 5 m S , r o 2 / / r o 4 = R 01 = 100 K o h m , C g 6 = C 1 = 50 p F , g m 6 = 1.3 m S , r o 6 / / r o 7 = R 02 = 45 kohm, C L = C 2 = 30 p F . Find the angular frequency at 0 d B gain. Find the phase angle at the 0 d B gain angular frequency. Is this amplifier stable? Make sure to label the values of the slopes as well as the d B levels and phases of all horizontal slopes.

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