NOTE: The LOP file consists of all the files from eSim and by adding and making some changes to the ".cir.out" file the remaning files are done.

"As simulating in eSim the ngspice is taking more time in these circuits and there is no python plot exist for these circuits so I had done these circuit by directely using the ngspice command prompt."

circuit - This file is the Spice netlist for just the device without any inputs.
common_mode_gain - This file is the Spice netlist for the commonmode gain and phase of the OpAmp.
differential_mode_gain - This file is the Spice netlist for the differential gain and phase of the OpAmp.
input_noise_spectrum - This file is the Spice netlist for the input noise spectrum of the OpAmp.
offset_voltage - This file is the Spice netlist for the input offset voltage of the OpAmp.
power_dissipation - This file is the Spice netlist for the power dissipation of the OpAmp.
slew_rate - This file is the Spice netlist for the slew rate of the OpAmp.
temp_common_mode_gain - This file is the Spice netlist for the common mode gain and phase varying with temperature from (-40C to 250C).
temp_differential_mode_gain - This file is the Spice netlist for the differentiial mode gain and phase varying with temperature from (-40C to 250C).
temp_offset_voltage - This file is the Spice netlist for the input offset voltage varying with temperature from (-40C to 250C).
transient_analysis - This file is the Spice netlist for the transient analysis of the OpAmp for 5mvsine and 0v inputs. 
