Top Banner
20

secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.

Mar 18, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 2: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 3: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 4: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 5: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 6: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 7: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 8: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 9: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 10: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 11: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 12: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 13: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 14: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 15: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 16: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 17: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 18: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 19: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.
Page 20: secondary windings with 300 phase shift. Especially with higher ratings, a higher converter pulse number is needed to limit the network harmonic distortion to an acceptable level.