Sensitivity analysis of the Multiple FeedBack filter in non-sinusoidal regime

Abstract

A new method for calculation of first order sensitivity and sensitivity groups for Multiple FeedBack (MFB) filter in non-sinusoidal regime is presented. Such a group of linear dependent parameters is defined the relative input values of current and voltage harmonics. The interdependence of the various network sensitivities for a given network needs special consideration. Numerical example for Butterworth low-pass filter is used for the discussion of some aspects related to the sensitivity groups' problems.

Irradiance sensitivity of the model parameters of photovoltaic cells

“…If we note with F(x) one of the circuit function of a linear and analog two-port circuit, where the parameter vector x contains N components, x = (x 1 , x 2 ,..., x N ), a widely used definition for sensitivity is first order derivative [26]- [29] x F x…”

Contributions on sensitivity analysis for the analog two-port networks in non-sinusoidal regime

“…Let us consider the linear low-pass filter [14] shown in Fig. 3 supplied by an input voltage which contains first and 3 rd harmonic.…”