SIMPLORER User Manual V6.0 - FER-a

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146 Modeling with Circuit Components
Component Parameters
Description [Unit] Parameter Name Data Type
Differential Gain [V/V] AD real
Maximum Output Voltage, only OPV without supply pin [V] VOMAX real
Minimum Output Voltage, only OPV without supply pin [V] VOMIN real
Input-Offset-Voltage [V] VIOFF0 real
Input Quiescent Current at Negative Input [A] INN real
Input Quiescent Current at Positive Input [A] INP real
Differential Input Resistance [Ω] RD real
Output Resistance [Ω] RO real
Common Mode Rejection Ratio [dB] CMRR real
Power Supply Rejection [dB] PSRR real
Temperature [°C] TEMP real
Reference Temperature [°C] TEMP0 real
Temperature coefficient of VIOFF [V/K] COEFF_VIOFF real
Long Term Drift Coefficient [V/h] LDK real
Min. Difference to Supply Voltage, OPV without supply [V] VDELTA real
Noise at Supply Voltage, OPV without supply [V] VNSUPPLY real
Transit Frequency [Hz] F_TR real
Slew Rate, only OPV with supply pin [Vs] SR real
Component Outputs
Description [Unit] Parameter Name Data Type
Differential Input Voltage [V] VD real
Common Input Voltage [V] VCM real
Ideal Output Voltage without Limitation [V] VOUT_IDEAL real
Component Nodes
Description Node Name Nature
Non-Inverting Input NINV electrical
Inverting Input INV electrical
Output OUT electrical
Dynamic GTO Model
>>Basics>Circuit>Semiconductors Device Level
The model is a macro implementation of a dynamic GTO model. The static behavior of the
model (normal mode and reverse operation) is determined by static diode models and current
controlled current sources. The dynamic behavior is determined by nonlinear capacitances
(junction and diffusion capacitances).
All diode models use an exponential characteristic with the same value of saturation current
defined by the model parameter IS (see figure below). The emission coefficients NF and NR
effect the thermal voltages of the internal diode models. NF effects the diodes at the Anode