The flyback converter system of Fig. 9.41 contains a feedback loop for regulation of the main output voltage v. An auxiliary output produces voltage Vy. The de input voltage v, lies in the range 280 V Svs 380 V. The compensator network has transfer function 370 Controller Design G(9) = Go(1+) mo where G =0.05, and f = 0,72 = 400 Hz. o (a) What is the steady-state value of the error voltage v. (07 Explain your reasoning. (b) Determine the steady-state value of the main output voltage v. (e) Estimate the steady-state value of the auxiliary output voltage vy, 64:3 L = 600 H 220 FT" > Fig. 9.41 Flyback converter system of Problem 9.2. CV 3 100 FT 220 J. - 200 kHz H(s) = 0.2 Isolated fransistor gate driver Pulse-width G.() modulator V=4V Compensator Reference , 3V input I'm