A single phase full wave bridge rectifier using phase controlled thyristors with a large L dc converts 60 Hz, 120 V rms to dc for a dc side load resistance of 10 For the firing delay angle 60, determine the dc side voltage and the power absorbed by the load, ignoring the cable inductances and rippl...

We use Equation 142 to obtain V dc 09 120 cos 60 54 V Then I dc 5 ...

A single-phase full-wave bridge rectifier using phase-controlled thyristors with a large L dc converts 60 Hz, 120

Question:

A single-phase full-wave bridge rectifier using phase-controlled thyristors with a large L_dc converts 60 Hz, 120 V rms to dc for a dc side load resistance of 10 Ω. For the firing delay angle α = 60°, determine the dc side voltage and the power absorbed by the load, ignoring the cable inductances and ripples.

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