Question: The half-wave, phase-controlled rectifier system of Problem 10.9 and Figure is to be replaced by the full-wave, phase-controlled system of Figure. SCR T1 will be

The half-wave, phase-controlled rectifier system of Problem 10.9 and Figure is to be replaced by the full-wave, phase-controlled system of Figure. SCR T1 will be triggered ON at time td (0 td ?/w), and SCR T4 will be triggered on exactly one half cycle later.

a. Find an expression for the average (dc) value Vdc of the voltage v`s (t) across the series resistor/inductor combination as a function of the delay time td.

b. Using the fact that, in the steady state, there will be zero average voltage across the inductor, find an expression for the dc inductor current Idc, again as a function of the delay time td.

c. Plot Idc as a function of td for (0 td ?/w).

d. Plot the source current is (t) for one cycle of the source voltage for td = 3 msec.

TI D2 A () v(1) L. TI T4 D2 A D3 V

TI D2 A () v(1) L. TI T4 D2 A D3 V

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