Consider the half-wave inductive-load rectifier circuit of Fig. 2 with R-L load and vs = 110√/2sinwt V, w = 60Hz, L = 800 mH, and R = 100 N. Calculate: (c) the expression for iĻ(t), the time when it becomes zero, the average load current,
Consider the half-wave inductive-load rectifier circuit of Fig. 2 with R-L load and vs = 110√/2sinwt V, w = 60Hz, L = 800 mH, and R = 100 N. Calculate: (c) the expression for iĻ(t), the time when it becomes zero, the average load current,
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Transcribed Image Text:Consider the half-wave inductive-load rectifier circuit of Fig. 2 with R-L load and vs = 110√2sinut V,
w = 60Hz, L = 800 mH, and R = 100 №.
Calculate:
(d)
(e)
(f)
the expression for iL(t),
the time when it becomes zero,
the average load current,
the peak inductor current,
the rms current in the inductor,
the average power delivered to the load.
a
Figure 2:
L
R.
+
Vo
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