Electric Drive Systems
·
Final Exam Information
1.
7 questions (3
prior material, 4 new material)
2.
You will need a
calculator (No PDA or computer allowed)
3.
You may bring a
clean copy of “Analysis of Electric Machinery and Drive Systems”
4.
You may bring a
clean copy of Chapters 1-3, “Analysis and Design of Permanent Magnet
Synchronous Machines”
5.
You may bring a
clean copy of Chapters 4-5, “Techniques for Analysis and Design of
Electromechanical Systems”
6.
The papers we
covered at the end of the course are all fair game, and you will not be allowed
to bring these.
7.
With regard to
the papers, make sure you understand
them and could duplicate steps in derivations etc.
8.
The exam will
last two periods (120 minutes).
· Exam 1: Lecture 17 (September 30, 2005 for on-campus students)
· Exam 2: Lecture 31 (November 4, 2005 for on-campus students)
· Exam 3: Final Exams Week (Wednesday, December 14, 2005, from 8-10 am for on-campus students)
· Lecture Topic 1 - Reference Frame Theory
· Lecture Topic 2 – Fully Controlled 3-Phase Bridge Inverters
· Lecture Topic 3 – PMSM (Standard QD Model)
· Lecture Topic 4 – PMSM (Alternate QD Model)
· Lecture Topic 5 – Brushless DC Motor Drives
· Lecture Topic 6 – Current Regulated Brushless DC Motor Drives
· Lecture Topic 7 – Induction Machines
· Lecture Topic 8 – Induction Motor Drives
· Lecture Topic 9 – Adaptive MTPA Drives
·
Homework 1 Homework 2 Homework 3 Homework
4 Homework 5 Homework
6 Homework 7
·
Homework 1 Homework
2 Homework 3 Homework 4 Homework 5
·
Lab 1:
Introduction to ACSL
o Lab 1 – Example
·
Lab 2:
More ACSL Features
o Lab 2 – Basketball Example
o Lab 2 – Squarewave Example
o Lab 2 – Average Value DC/DC Converter Example
§ ddcdc1.csl (UPDATED 9/2/05 at 2 pm)
·
Lab 3:
Three Phase Bridge Inverters
o Sine Triangle Code
o Space Vector Code
o Macros
§ tools
·
Lab 4:
PMSM Characterization
o Experimental Data for Off-Campus Students
·
Lab 5:
Elementary PMSM Drive
·
Lab 6:
Genetic Optimization
·
Lab 7
o Lab 7A: Medium Frequency PMSM Characterization
o Lab 7B: Rotor Position Calibration Notes
·
Lab 8:
PMSM
o Switching Frequency Effects in PMSM Drives
·
Lab 9: IM
Characterization
o Lab 9 Transient Data (This includes steady – state plus transient data)
·
Lab 10:
IM Indirect Field Oriented Control
o Lab 10 Group Reports
4. Project10_DW
Techniques for Analysis and Design of
Electromechanical Systems
Analysis and Design of Permanent Magnet
Synchronous Machines
These exams are in no way guaranteed to be representative of future exams. Looking at
them couldn’t hurt; but it may (or may not) help.