課程名稱數位電源控制  (Digital Power Control) 【永久課號:IEC5331
授課老師鄒應嶼 教授  [Prof. Ying-Yu Tzou]  (研究室EE713, 分機:31697)

課程講義

【數位電源控制】01:Introduction to Digital Power講義

【數位電源控制】02:Continuous-Time Averaged Modeling講義

【數位電源控制】03:Analog Control of DC-DC Converters【講義】

【數位電源控制】04:The Digital Control Loop【講義】

【數位電源控制】05:Discrete-Time Modeling  

【數位電源控制】06:Review of Digital Control Theory

【數位電源控制】07:Digital Control of DC-DC Converters

【數位電源控制】08:Amplitude Quantization 

【數位電源控制】09:Compensator Implementation 

【數位電源控制】10:Digital Control of Single-Phase Inverters

【數位電源控制】11:Digital Current Control Strategies

【數位電源控制】12:Predictive Control

【數位電源控制】13:System Identification for Adaptive Control  

 

作業

 

作業內容

出題時間

繳交期限

備註

       

 

 

 

 

 

        ※作業請於繳交期限前e-mail至課程助教。(Please mail the PDF file of HW to the teaching assistant before deadline.)

        ※若有任何疑問請與助教聯繫。(Please contact TA by e-mail if you have any problem about HW submission.)

        課程助教 (Teaching assistant):葉哲宇
        助教實驗室:EE808 分機54413  E-mail: a51216cow@hotmail.com

學分數3(研究所選

課程目標

介紹以FPGA為基礎之數位電源轉換器控制理論與技術,強調以FPGA為基礎之數位電源轉換控制的設計、分析、模擬與實現。課程內容主要探討併網轉換器 (Grid Converter)以FPGA為基礎之數位控制方法,包含FPGA數位電路之設計與模擬、數位控制器設計與實現、數位控制理論、數位脈寬調變技術、數位電流控制、數位電壓控制、併網電流控制、多階轉換器之控制技術等等。本課程主要以專題研討方式進行,根據指定之論文與專題,進行報告與討論。

課程綱要

 

單元主題

內容綱要

Digital Power Management

1. Introduction to Digital Power Management

 2. Digital PWM ICs

FPGA Digital Circuits Design

1. Introduction to FPGA Design
2. Introduction to FPGA Design
3. FPGA Simulation with ModelSim
4. FPGA Design and Analysis of a Digital Controller D(z)
5. Implementation of a FPGA-Based Digital Controller

Digital Control

1. Fundamentals of Digital Control Theory
2. Digital Controller Design and Implementation

Inverter Control

1. PWM Inverters: Topologies and Circuit Design
2. PWM Strategies and Implementation Issues
3. Modeling and Control of PWM Inverters

Control of Multi-Level Converters 1. Digital Current Control of Grid Inverters
2. Digital Current Control of Three-Phase PWM Inverters
3. Digital Control of Inverters with LCL Filter
4. Digital Control of Multi-Level Active NPC Inverters

 

教學要點概述

一、學期作業

1. Analog Control of a Synchronous Buck Converter
2. FPGA Digital Control Design and Simulation
3. Digital Realization of a PID Controller
4. FPGA Realization of a Leda-Lag Compensator
5. Digital Control of a PWM Inverter
6. Digital Control of Multilevel Converters
7. Term Report

二、考試狀況

1. Midterm Term Report (Presentation)
2. Final Term Report (Presentation)

參考書目

  1. 自編講義與參考書籍

  2. Introduction to Digital Power Control, Ying-Yu Tzou, Course Notes, February 1, 2015.

  3. Digital Control of High-Frequency Switched-Mode Power Converters, Luca Corradini, Dragan Maksimovic, Paolo Mattavelli, Regan Zane, Wiley-IEEE Press, 1st Ed., July 13, 2015.

  4. Digital Control in Power Electronics (Synthesis Lectures on Power Electronics),
    Simone Buso and Paolo Mattavelli, Morgan and Claypool Publishers (February 11, 2007)

課程進行方式、課程要求及評分標準

  • 上課時間:週五上午9:00~12:00

  • 上課方式:授課50%、論文選讀討論20%、專題論文選讀報告30%

  • 成績計算:作業40%, 期中報告30%, 期末報告30%.

  • 期末專題:修課同學根據推薦的研究主題進行專題研究,將研究結果撰寫一份報告並進行隨堂簡報。

  • 修課態度:主動發問(列入成績加分)、準時上課、準時繳交作業。

 

Last Update: 2017/09/21

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