Good Day Experts,
I need your help in regards to the controlled rectifier bridge circuit below:
I need help calculating the RMS value of the fundamental component of source current. The electrical circuit is a fully controlled single phase rectifier bridge. In the lecture the value is
\[Is_{1}=\frac{2\sqrt{2}}{\pi}I_{0}\]
However, I have also tried integrating to find the RMS value and used the limits
\[0 \to \ \pi\]
\[I_{RMS}=\frac{I_{0}}{\sqrt{2}}\]
Then, I tried integrating from
\[\alpha \to (\pi + \alpha )\]
I got the following:
\[I_{RMS}=\frac{I_{0}}{\sqrt{2 \pi}}\]
All of the values I got are different than the one shown in the lecture. Please make any suggestions and point me in the right direction. Don't hesitate to provide corrections.
I need your help in regards to the controlled rectifier bridge circuit below:
I need help calculating the RMS value of the fundamental component of source current. The electrical circuit is a fully controlled single phase rectifier bridge. In the lecture the value is
\[Is_{1}=\frac{2\sqrt{2}}{\pi}I_{0}\]
However, I have also tried integrating to find the RMS value and used the limits
\[0 \to \ \pi\]
\[I_{RMS}=\frac{I_{0}}{\sqrt{2}}\]
Then, I tried integrating from
\[\alpha \to (\pi + \alpha )\]
I got the following:
\[I_{RMS}=\frac{I_{0}}{\sqrt{2 \pi}}\]
All of the values I got are different than the one shown in the lecture. Please make any suggestions and point me in the right direction. Don't hesitate to provide corrections.
