/// <inheritdoc/>
void INoiseBehavior.Compute()
{
var m = Parameters.ParallelMultiplier;
var n = Parameters.SeriesMultiplier;
_rs.Compute(ModelTemperature.Conductance * m / n * Parameters.Area, Parameters.Temperature);
_id.Compute(LocalCurrent * m / n);
_flicker.Compute(ModelParameters.FlickerNoiseCoefficient * m / n * Math.Exp(ModelParameters.FlickerNoiseExponent
* Math.Log(Math.Max(Math.Abs(LocalCurrent), 1e-38))) / _state.Point.Value.Frequency);
}
/// <inheritdoc/>
void INoiseBehavior.Compute()
{
// Compute thermal noises
_rc.Compute(ModelTemperature.CollectorConduct * Parameters.Area, Parameters.Temperature);
_rb.Compute(ConductanceX, Parameters.Temperature);
_re.Compute(ModelTemperature.EmitterConduct * Parameters.Area, Parameters.Temperature);
_ic.Compute(CollectorCurrent);
_ib.Compute(BaseCurrent);
_flicker.Compute(ModelParameters.FlickerNoiseCoefficient * Math.Exp(ModelParameters.FlickerNoiseExponent
* Math.Log(Math.Max(Math.Abs(BaseCurrent), 1e-38))) / _noise.Point.Value.Frequency);
}