Question: Use LT spice to model the practical op-amp with the following design specifications Design Specifications Open loop Voltage Gain, 1 Mega Common-mode input resistance at

Use LT spice to model the practical op-amp with the following design specifications

Design Specifications
Open loop Voltage Gain, Use LT spice to model the practical op-amp with the following design 1 Mega
Common-mode input resistance at both input terminals, specifications Design Specifications Open loop Voltage Gain, 1 Mega Common-mode input resistance 7 M
Differential-mode input resistance, at both input terminals, 7 M Differential-mode input resistance, 20 M Output 20 M
Output resistance, resistance, 80 Common mode input capacitance at both input terminals, 9 pF 80
Common mode input capacitance at both input terminals, Differential mode input capacitance, 8 pF Input offset voltage, 6 mV Cutoff 9 pF
Differential mode input capacitance, frequency with a single dominating pole, 15 Hz Rail output voltage limit: 8 pF
Input offset voltage, |Vcc-1| V Input bias current negligible The Vcc is defined by the 6 mV
Cutoff frequency with a single dominating pole, user where base on the max output voltage needed. Please briefly explain 15 Hz
Rail output voltage limit: |Vcc-1| V
Input bias current negligible

The Vcc is defined by the user where base on the max output voltage needed.

Please briefly explain how does each specification may affect the result.

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