Consider the commutation circuit in Figure 3 with ( I_{d}=10 mathrm{~A} ). Calculate the voltage ( V_{d} ), the commutation angle ( u ) and the DC power ( P_{d} ) if: Figure 3 Q.3.1.1 ( V_{s}=220 mathrm{~V} ) a sinewave at ( 50 mathrm{~Hz} ) and ( L_{s}=5 mathrm{mH} ). Q.3.1.2 ( V_{S} ) is a square wave with amplitude of ( 20 solutionspile.com

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Consider the commutation circuit in Figure 3 with  ( I_{d}=10  mathrm{~A}  ). Calculate the voltage  ( V_{d}  ), the commutation angle  ( u  ) and the DC power  ( P_{d}  ) if: Figure 3 Q.3.1.1  ( V_{s}=220  mathrm{~V}  ) a sinewave at  ( 50  mathrm{~Hz}  ) and  ( L_{s}=5  mathrm{mH}  ). Q.3.1.2  ( V_{S}  ) is a square wave with amplitude of  ( 200  mathrm{~V}  ) at  ( 50  mathrm{~Hz}  ) and  ( L_{s}=5  mathrm{mH}  ). solutionspile.com

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(Solved): Consider the commutation circuit in Figure 3 with \( I_{d}=10 \mathrm{~A} \). Calculate the voltag ...

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