| 時 間 |
議 題 |
| 8:30~9:00 |
報到 |
9:00~9:50 |
Part I |
| ●
Creating Electrical Machine Models. 建立電機模型 |
| The basics of electrical machine modeling are explained and the electrical and mechanical properties for the machines are modeled. 解釋基本的電機模型以及塑模機器的電力機械性質 |
| ●Permanent Magnet DC Machine. 永磁式直流機械 |
A model of a Brushed DC Permanent Magnet Machine is build. 建立永磁式直流電刷機械模型 |
●
Permanent Magnet Synchronous Machine 永磁式同步機 |
A model of a Brushless DC Permanent Magnet Machine is build, for various types of flux-linkages, such as rectangular and sinusoidal EMF.
針對各種磁通鏈，如方波與弦波電動勢，建立永磁式直流無刷機械模型。
|
| 9:50~10:40 |
Part II |
| ●
Power Electronics 電力電子 |
| The Power Electronics is modeled and connected to the BLDCM. 電力電子應用在 BLDCM 模型 |
● Mechanical drive train 機械驅動訓練 |
| The mechanical system is modeled, including shafts, gearbox, rotating masses and non- linear loads. 建立機械系統模型，包含 shafts, gearbox, rotating masses 與非線性負載 |
| ●
Pulse Width Modulation for BLDCM 針對 BLDCM 的脈寬調變 |
A simple PWM control is added to the model to have a closed loop speed control. 在模型中加入簡單的 PWM 以控制閉迴路的速度
|
| 10:40~10:50 |
Break Time |
| 10:50~11:40 |
Part III |
| ●
Vector control for BLDCM. BLDCM 的向量控制 |
| A vector controller replaces the PWM control. 以向量控制來取代 PWM |
| ●
Creating embedded C code from the control 從控制中建立嵌入 C code. |
From the vector control modeled in the block diagram the C code is exported for implementation in a Microcontroller/DSP 從方塊圖中的向量控制模型，能將所產生的C code 輸出，並實現在微控制器／ DSP 上。 |
| 11:40~12:00 |
Q&A |
