The three-phase full-wave rectifier of the next figure has a load of L = 2.5 mH, R = 5 2, and E = 20 V. The line-to- line input voltage is Vab = 208 V, 60 Hz. Determine (1) the steady-state load current 10 at wt = π/3, (2) the average diode current ID (av), (3) the rms diode current ID (rms), and (4) the rms output current Io(rms). Primary D₁ D3 D id Secondary + D₁ Do ib b Ubn ++ w R D₂

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The three-phase full-wave rectifier of the next figure has
a load of L = 2.5 mH, R = 5 2, and E = 20 V. The line-to-
line input voltage is Vab = 208 V, 60 Hz.
Determine
(1) the steady-state load current 10 at wt = π/3,
(2) the average diode current ID (av),
(3) the rms diode current ID (rms), and
(4) the rms output current Io(rms).
Primary
D₁ D3 D
id
Secondary
+
D₁ Do
ib
b
Ubn
++
w
R
D₂
Transcribed Image Text:The three-phase full-wave rectifier of the next figure has a load of L = 2.5 mH, R = 5 2, and E = 20 V. The line-to- line input voltage is Vab = 208 V, 60 Hz. Determine (1) the steady-state load current 10 at wt = π/3, (2) the average diode current ID (av), (3) the rms diode current ID (rms), and (4) the rms output current Io(rms). Primary D₁ D3 D id Secondary + D₁ Do ib b Ubn ++ w R D₂
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