| 序號 | 學年期 | 教師動態 |
|---|---|---|
| 1 | 91/1 | 機電系 林逢傑 助理教授於 期刊論文 發佈 A digital current control technique for voltage-fed induction motor drives , [91-1] ：A digital current control technique for voltage-fed induction motor drives期刊論文A digital current control technique for voltage-fed induction motor drives楊勝明=Yang, Sheng-ming; 林逢傑=Lin, Feng-chieh淡江大學機械與機電工程學系Taylor & FrancisInternational journal of electronics 89(12), pp.877-887Precise control of stator current is essential to high performance field orientation controlled induction motor drives. Any current error degrades the performance of the drive in the same way as incorrect tuning of field orientation. Previous research has shown that accurate current control can be achieved with intelligent but complex control algorithms. This paper presents a new current control scheme which can achieve high accuracy and fast dynamic response but which is very simple for microprocessor implementation. The scheme was derived using the discrete state space modelling of the induction motor. The control law does not require knowledge of rotor flux and was independent of the field orientation control t |
| 2 | 91/1 | 機電系 楊勝明 教授於 期刊論文 發佈 A digital current control technique for voltage-fed induction motor drives , [91-1] ：A digital current control technique for voltage-fed induction motor drives期刊論文A digital current control technique for voltage-fed induction motor drives楊勝明=Yang, Sheng-ming; 林逢傑=Lin, Feng-chieh淡江大學機械與機電工程學系Taylor & FrancisInternational journal of electronics 89(12), pp.877-887Precise control of stator current is essential to high performance field orientation controlled induction motor drives. Any current error degrades the performance of the drive in the same way as incorrect tuning of field orientation. Previous research has shown that accurate current control can be achieved with intelligent but complex control algorithms. This paper presents a new current control scheme which can achieve high accuracy and fast dynamic response but which is very simple for microprocessor implementation. The scheme was derived using the discrete state space modelling of the induction motor. The control law does not require knowledge of rotor flux and was independent of the field orientation control t |
