In the single-phase converter below input voltage has a square-wave amplitude of 200V. Obtain analytical expressions for u and $V_d$ in terms of $V_s$, $L_s$, $\omega$, $I_o$, and $\alpha$
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The voltage across an inductor is given by the equation: u = L * di/dt Since we are given the current I, we can differentiate it with respect to time to find di/dt. di/dt = d(I * sin(wt + a))/dt = I * d(sin(wt + a))/dt = I * w * cos(wt + Show more…
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