Steady-state analysis and design of class-E rectifier using discrete Fourier transforms

The steady-state analysis and design of a generalized class-E rectifier are reconsidered from circuit simulation techniques. From the considerations, we identify that this method corresponds to harmonic balance via partitioning technique enhance convergence Newton-Raphson method. Then, extend using discrete Fourier transforms. Moreover, nonlinear model is incorporated design. Thus, can obtain accurate characteristics within level. Although well-known in studies, related papers abstractly describe algorithms. Hence, our as concrete possible compensate for ambiguousness.