That is all. There is no missing information in the question.

Q2. A two-stage voltage amplifier circuit has pnp on the first stage and npn on the second stage. A total of 10 resistors, including 5 resistors on each floor and a total of 5 capacitors were used in the circuit. The re resistance of the pnp transistor is 63.31 and the re resistance of the npn transistor is 15.25 1. The input impedance of the first stage and the second stage is given as 212.36 and 9.1K respectively. There is a voltage divider circuit at the entrance of both stages of the circuit. Thevenin equivalent voltage of the divider circuit for the first stage is -1.5V and thevenin equivalent voltage of the divider circuit for the second stage is -5.43V. Voltage gain of the first stage is Av1=-6.41. Two-stage voltage amplifier circuit can transmit a maximum of Vi=50 mV signal to the output without clipping. a) Design the circuit providing the above specifications so that the supply voltage of the circuit is +15 V. (B=200, V7=26mV, VBE|=0.7) Q2. A two-stage voltage amplifier circuit has pnp on the first stage and npn on the second stage. A total of 10 resistors, including 5 resistors on each floor and a total of 5 capacitors were used in the circuit. The re resistance of the pnp transistor is 63.31 and the re resistance of the npn transistor is 15.25 1. The input impedance of the first stage and the second stage is given as 212.36 and 9.1K respectively. There is a voltage divider circuit at the entrance of both stages of the circuit. Thevenin equivalent voltage of the divider circuit for the first stage is -1.5V and thevenin equivalent voltage of the divider circuit for the second stage is -5.43V. Voltage gain of the first stage is Av1=-6.41. Two-stage voltage amplifier circuit can transmit a maximum of Vi=50 mV signal to the output without clipping. a) Design the circuit providing the above specifications so that the supply voltage of the circuit is +15 V. (B=200, V7=26mV, VBE|=0.7)