Question: #1 a) For this single-ended differential amplifier, shown as a small signal model with voltages established, find currents 1-13 in terms of Im Vid assuming

 #1 a) For this single-ended differential amplifier, shown as a small

#1 a) For this single-ended differential amplifier, shown as a small signal model with voltages established, find currents 1-13 in terms of Im Vid assuming 9m! 1 and even though some transsitors are pmos, some are nmos, assume the transistors are sized so that Im and r, are the same for all transistors. b) It seems a hallmark of a differential amplifier is symmetry between the left and right sides, but in this single-ended output amplifier are the currents in Q1 and Q2 the same? Will this be a problem? Current Current in terms of number &mvid Yo V2 Whiz 1 -V = 129 Povid 2 3 IVG 194 6 da 4 Ero . Und ausz 5 Its 118 6 7 8 9 10 11 12 13 #1 a) For this single-ended differential amplifier, shown as a small signal model with voltages established, find currents 1-13 in terms of Im Vid assuming 9m! 1 and even though some transsitors are pmos, some are nmos, assume the transistors are sized so that Im and r, are the same for all transistors. b) It seems a hallmark of a differential amplifier is symmetry between the left and right sides, but in this single-ended output amplifier are the currents in Q1 and Q2 the same? Will this be a problem? Current Current in terms of number &mvid Yo V2 Whiz 1 -V = 129 Povid 2 3 IVG 194 6 da 4 Ero . Und ausz 5 Its 118 6 7 8 9 10 11 12 13

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