2- Connect the Non-Inverting Amplifier Circuit given in figure 4. Use op-amp dc power supply voltages...
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2- Connect the Non-Inverting Amplifier Circuit given in figure 4. Use op-amp dc power supply voltages +15V. Set v, (t) as 4V peak-to-peak 1Khz sine wave. R1 ww vi(t) R2 www +Vcc -Vec vo(t) Figure 4. Non-Inverting Amplifier Circuit a) Derive the output / input relation of the circuit given in figure 4 b) Set R1=1 Kohm, R2=5.1 Kohm. On the oscilloscope, monitor the signal v (1) on channel 1 and the signal v (1) on channel 2. Then plot (1) and vo(1). What is the gain of your circuit? What is the difference between the Inverting Amplifier Circuit and the Non-Inverting Amplifier Circuit? c) Set R1=1 Kohm, R2=10 Kohm. On the oscilloscope, monitor the signal v(t) on channel 1 and the signal v (1) on channel 2. Then plot v(t) and vo(t). What is the gain of your circuit? Why the output signal vo(1) did not have a sinusoidal waveform? 2- Connect the Non-Inverting Amplifier Circuit given in figure 4. Use op-amp dc power supply voltages +15V. Set v, (t) as 4V peak-to-peak 1Khz sine wave. R1 ww vi(t) R2 www +Vcc -Vec vo(t) Figure 4. Non-Inverting Amplifier Circuit a) Derive the output / input relation of the circuit given in figure 4 b) Set R1=1 Kohm, R2=5.1 Kohm. On the oscilloscope, monitor the signal v (1) on channel 1 and the signal v (1) on channel 2. Then plot (1) and vo(1). What is the gain of your circuit? What is the difference between the Inverting Amplifier Circuit and the Non-Inverting Amplifier Circuit? c) Set R1=1 Kohm, R2=10 Kohm. On the oscilloscope, monitor the signal v(t) on channel 1 and the signal v (1) on channel 2. Then plot v(t) and vo(t). What is the gain of your circuit? Why the output signal vo(1) did not have a sinusoidal waveform?
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a For the noninverting amplifier circuit given in Figure 4 VotVit 1 R2R1 b With R1 ... View the full answer
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