Use Cadence CIS Lite to draw the ideal inverting amplifier shown in Figure 10. R1 w...

 

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Use Cadence CIS Lite to draw the ideal inverting amplifier shown in Figure 10. R1 w Vin 1k U1 R2 ww 10k OPAMP OUD 0 Figure 10. Inverting op amp. Vout Using the part called 'VDC' found in 'SOURCE' library, place 'VDC' at Vin and set a DC voltage of 1 V. In the 'simulation settings' dialogue box set the 'run to time' field to 2 ms. Set net aliases Vin and Vout at the input and output respectively. Run the simulation and add Vin and Vout on the same graph. Set the y-axis data range from -12 V to 3 V. Copy and paste the PSpice graph and circuit schematic into a Word document for your submission. Knowing the formula for the gain of the inverting amplifier, explain the result of your PSpice simulation. Submission of this simulation is mandatory. Use Cadence CIS Lite to draw the ideal inverting amplifier shown in Figure 10. R1 w Vin 1k U1 R2 ww 10k OPAMP OUD 0 Figure 10. Inverting op amp. Vout Using the part called 'VDC' found in 'SOURCE' library, place 'VDC' at Vin and set a DC voltage of 1 V. In the 'simulation settings' dialogue box set the 'run to time' field to 2 ms. Set net aliases Vin and Vout at the input and output respectively. Run the simulation and add Vin and Vout on the same graph. Set the y-axis data range from -12 V to 3 V. Copy and paste the PSpice graph and circuit schematic into a Word document for your submission. Knowing the formula for the gain of the inverting amplifier, explain the result of your PSpice simulation. Submission of this simulation is mandatory.