Use the input voltage (Vin: 6Vp-p) to determine the output voltage in Fig 2 circuit. a)...

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Use the input voltage (Vin: 6Vp-p) to determine the output voltage in Fig 2 circuit. a) Draw the Vol voltage in response to input voltage. (X-axis: Time Domain, Y-axis: Voltage Amplitude). b) Draw the Vol voltage in response to input voltage. (X-axis: Input Voltage, Y-axis: Output Voltage). c) Draw the Vo2 voltage in response to input voltage. (X-axis: Time Domain, Y-axis: Voltage Amplitude). d) Draw the Vo2 voltage in response to input voltage. (X-axis: Input Voltage, Y-axis: Output Voltage). + R2 ww 2.2k0 R1 wwww 2.2kO VCC-12V Vcc VCC -U1 VCC=12V 741 Vo1=7 R4 www 4.7k0 R3 2.2k0 Fig. 2 R5 10k VCC -20V VCC VCC VCC - 10V U2 741 Vo2=? Use the input voltage (Vin: 6Vp-p) to determine the output voltage in Fig 2 circuit. a) Draw the Vol voltage in response to input voltage. (X-axis: Time Domain, Y-axis: Voltage Amplitude). b) Draw the Vol voltage in response to input voltage. (X-axis: Input Voltage, Y-axis: Output Voltage). c) Draw the Vo2 voltage in response to input voltage. (X-axis: Time Domain, Y-axis: Voltage Amplitude). d) Draw the Vo2 voltage in response to input voltage. (X-axis: Input Voltage, Y-axis: Output Voltage). + R2 ww 2.2k0 R1 wwww 2.2kO VCC-12V Vcc VCC -U1 VCC=12V 741 Vo1=7 R4 www 4.7k0 R3 2.2k0 Fig. 2 R5 10k VCC -20V VCC VCC VCC - 10V U2 741 Vo2=?