UNIVERSITY OF CALIFORNIA AT BERKELEYCollege of EngineeringDepartment of Electrical Engineering and Computer SciencesEE105 Lab ExperimentsReport 7: Frequency ResponseName:Lab Section:3.1.3 What is IBI ASand the DC voltage at vOU T?IBI AS=vOU T=3.1.4 Sketch the waveforms at vINand vOU T.3.1.5 What is the gain magnitude and phase of vOU T/vINmeasured from the oscilloscope?Gain Magnitude =Phase =123.1.7 What is the gain magnitude and phase of vOU T/vINmeasured from the software? How different isthis measurement compar ed to the one obtained with the oscilloscope?Gain Magnitude =Phase =3.1.8 What is the frequency at which the gain drops by 3 dB? What is the phase at this frequency? Is thephase consistent with the magnitude?f3dB=Phase3dB=3.1.9 Attach the Bode plot to the L ab Report.3.2.2 Frequency response of an amplifier with “Miller” capacitor.f3dB=Phase3dB=Attach the Bode plot to the L ab Report.3.2.3 How is the dominant pole in this amplifier compared to the dominant pole of the previous amplifier?Is this expected?3.2.4 If we are to design an amplifier with high bandwidth, is a transistor with high CBCdesirable?33.3.2 Frequency response of an amplifier with output capacitor.f3dB=Phase3dB=Attach the Bode plot to the L ab Report.3.3.3 How is the dominant pole in this amplifier compared to the dominant pole of the previous two ampli-fiers? Is this expected?3.4.2 Frequency response of common collector amplifier.f3dB=Phase3dB=Attach the Bode plot to the L ab Report.3.4.3 How much higher bandwidth can this amplifier
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