Choose all correct statements for the common-mode vCM and differential mode vpM input ranges, and the bandwidth of the differential amplifier shown below. VDD Rp RD Vid Vid Q1 Q2 -V'ss O To maximum...


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Choose all correct statements for the common-mode vCM and differential mode vpM<br>input ranges, and the bandwidth of the differential amplifier shown below.<br>VDD<br>Rp<br>RD<br>Vid<br>Vid<br>Q1<br>Q2<br>-V'ss<br>O To maximum the differential-mode gain Ag with its output signal from the drain<br>terminal of Q2, we need to design Va and Vz such that the whole current /<br>flows through Q2.<br>O As long as Vai and Voz are within the DC input common-mode range, the<br>differential-mode gain Ag will not be affected by VG and Voz-<br>UThe AC input differential-mode range is between +/2Vov-<br>O To have a higher differential-mode gain Ag under the same bias current I, the AC<br>input differential-mode range will be reduced.<br>O The bandwidth of the amplifier is limited by the Ccs of Q1 and Q2 because of<br>the Miller effect.<br>2.<br>

Extracted text: Choose all correct statements for the common-mode vCM and differential mode vpM input ranges, and the bandwidth of the differential amplifier shown below. VDD Rp RD Vid Vid Q1 Q2 -V'ss O To maximum the differential-mode gain Ag with its output signal from the drain terminal of Q2, we need to design Va and Vz such that the whole current / flows through Q2. O As long as Vai and Voz are within the DC input common-mode range, the differential-mode gain Ag will not be affected by VG and Voz- UThe AC input differential-mode range is between +/2Vov- O To have a higher differential-mode gain Ag under the same bias current I, the AC input differential-mode range will be reduced. O The bandwidth of the amplifier is limited by the Ccs of Q1 and Q2 because of the Miller effect. 2.

Jun 11, 2022
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