Assignment 8 Solutions for Introduction to Power Electronics | ECEN 5797, Assignments of Electrical and Electronics Engineering

Download Assignment 8 Solutions for Introduction to Power Electronics | ECEN 5797 and more Assignments Electrical and Electronics Engineering in PDF only on Docsity! L 10 mH 10Q 5. The circuit illustrated above has transfer function G(s) = v,,,(s)/v;,(s). (a) Derive an expression for G(s), and give analytical expressions for the salient features (corner frequencies, gains, and Q-factors as appropriate), in terms of L, C, R,, and R,. ron Vole duder ¢ GIS)= Re Tse = tse Rota Ryrsh [ESC(R HR) HELE = dtm) . oo ts = Ge) vk = Re 4 ESTE { wee fz 2 fo aapgeGrT Se3 He ond ~ = a @-—__- Js “) Qas = C (RAR) AS @ = Cepprey = {E aee, > 27 = 3a De Fane al (b) On the axes below, construct the asymptotes for the magnitude of the transfer function G(s). Label important features. 40 0B 20dB LT at bai ven pet LiNihaiber ly oN RT sL ~204B -404B ie the 10Hz 100Hz Ik 1O0KZ IMHz