Power transformation and control has been developing continuously in topology, control technology and application fields, especially in the development of smart grid. Through the analysis of phase-controlled rectifier circuit, it is helpful to further study smart grid and new energy. In this paper, the PSIM software simulation conditions for modeling, in-depth comparison and analysis of single-phase bridge full control rectifier circuit and three-phase bridge full control rectifier circuit operating principle and each parameter waveform, through the experiment to get the three-phase bridge rectifier circuit phase shift characteristics, fault waveform and cause analysis. Finally, it is concluded that phase-controlled rectifier will inevitably bring some harmonics, and a method to reduce the harmonics as much as possible is proposed through principle analysis.

Topics
Rectifier, Electrical grid
1.
(Japan) nomura hiroshi, (Japan) fujiwara kenichiro, (Japan) yoshida masashi, Translated by
J.
 
Hu
,
Y.
Jia
,
Z.
 
Wang
.
Learn the basics of power electronics using PSIM
[M].
Xi 'an
:
xi 'an jiaotong university press
,
2009
.
Google Scholar
 
2.
Z.
 
Wang
,
J.
 
Huang
,
Power electronics technology
[M].
Beijing
:
China machine press
,
2000
.
Google Scholar
 
3.
Y.
 
Wang
,
Waveform analysis of fault of three-phase fully controlled bridge controlled rectifier circuit
[J].
Occupation.
 
2013
:
95
–
96
.
Google Scholar
 
4.
L.
 
Zheng
,
T.
 
Wang
,
T.
 
Zou
,
Fault diagnosis of three-phase fully controlled bridge rectifier circuit based on neural network
[J].
Journal of chongqing university.
In
2004
.
Google Scholar
 
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