| Date |
|
Activity |
|
| |
| Aim 1 |
|
Part 1: Design Build
of a Data Acquisition
System |
|
| Sep 6 |
|
DGD0: Introduction to the
Lab; Introduction to Op
Amp circuits |
|
| Sep 7 |
|
Lab 1:
Operational Amplifier
Characteristics (Voltage
Follower) |
|
| Sep 7 |
|
Introduction to the course |
|
| |
|
|
|
| Sep 11 |
|
Lecture: Op-Amp Circuits (Lecture
Notes 1);
Project Theme
Implement! |
|
| Sep 13 |
|
DGD1
on
Op-Amp Amplifiers (Lecture
Notes 1) |
|
| Sep 14 |
|
Lab 2;
Project Journaling |
|
| Sep 14 |
|
Lecture Notes 1 |
|
| |
|
|
|
| Sep 18 |
|
Lecture:
Physical Limitations of Op Amp:
DC Imperfections |
|
| Sep 20 |
|
DGD2;
DC Imperfections |
|
| Sep 21 |
|
Lab: Project
(See
This Example) and/or (This
Example) |
|
| Sep 21 |
|
Lecture Notes 2 (Tutorial
on Loading Effect and
Differential Amplifier) |
|
| |
|
|
|
| Sep 25 |
|
Lecture:
Lecture
Notes 4)
and (Lecture
on Filters) |
|
| Sep 27 |
|
DGD3
|
|
| Sep 28 |
|
Lab:
Tutorial on Arduino;
Submission of Project
Proposal (Template)
(See
this Example) |
|
| Sep 28 |
|
Lecture:
Active
Filters |
|
| |
|
|
|
| Oct 02 |
|
Design of Active Filters;
Oscillators |
|
| Oct 04 |
|
DGD4;
(Tutorial on
Filters) |
|
| Oct 05 |
|
Lab: Present your Brief Project Design (Instructions)
(Data Acquisition
System) (DAQ);
Multiplexers;
Demultiplexers;
Microcontrollers;
Isolators
|
|
| Oct 05 |
|
Converters |
|
| |
|
|
|
| Oct 09 |
|
Converters |
|
| Oct 11 |
|
DGD5:
Tutorial on DAQ |
|
| Oct 12 |
|
Lab:
Project Progress |
|
| Oct 12 |
|
Converters |
|
| |
|
|
|
| Oct 16 |
|
Lecture:
Designing Analog to Digital Converter;
The 741 Op-Amp Circuit:
(DC
Analysis); (Small-Signal
Analysis) |
|
| Oct 18 |
|
Test 1 (10%):
Based on
"DGD Problem Solving"
|
|
| Oct 19 |
|
Project Progress Demonstration |
|
| Oct 22 |
|
Submission 1 (Virtual Campus):
Project Journaling |
|
| |
|
|
|
| |
|
Part 2: Design Build
of Energy Converter or a
Power Supply |
|
| Oct 30 |
|
Introduction to Power
Electronics;
Diodes and
Circuits;
Diodes and Power
Transistors;
Induction Heater;
The Transistor
as a Switch |
|
| Nov 01 |
|
DGD: Introduction to the Project (See
these Videos) (See
this Paper) (Power
Supply Topologies) |
|
| Nov 02 |
|
Lab: Project Proposal (See
these Videos) (See
this Paper) |
|
| Nov 02 |
|
Introduction
to Power Electronics;
Diodes and
Circuits;
Diodes and Power
Transistors;
Induction Heater;
The Transistor
as a Switch |
|
| |
|
|
|
| Nov 06 |
|
Diodes and Power
Transistors;
Induction Heater;
The Transistor
as a Switch;
AC to DC Converters |
|
| Nov 08 |
|
Tutorial on DC-DC
(Boost) Converter;
DGD
+
DGD |
|
| Nov 09 |
|
Lab
|
|
| Nov 09 |
|
Buck Converter
Design |
|
| |
|
|
|
| Nov 13 |
|
Electronics Enrtrepreneurship;
DC to DC Converter |
|
| Nov 15 |
|
DC to AC Converters |
|
| Nov 16 |
|
Invited Talk:
Dr. Tanya Gachovska,
Senior Verification
Engineer, Solantro
Semiconductors:
Current Mode Control |
|
| |
|
|
|
|
Nov 20 |
|
Two Quadrant Motor Drives;
Four Quadrant Electric Motor Drive |
|
|
Nov 22 |
|
DGD |
|
|
Nov 23 |
|
Lab |
|
|
Nov 23 |
|
Utility
Applications of Power
Electronics |
|
|
|
|
|
|
| Nov 27 |
|
Review for Test 2 |
|
| Nov 29 |
|
Test 2:
Write Your Own Test
The written test should
be enough for 80
minutes.
It should be based on
System Thinking and
Design Thinking.
Adopt a System:
The test should start
with a block diagram of
a power electronics
system, like Buck,
Boost, Motor Drive, etc.
All question should be
about the adopted
system.
Questions may be a mix
of design-, analysis-,
and knowledge-based.
You may include the
needed formulas.
The test should be typed
and organized well.
Questions and answers
will be assessed.
Good written test can
replace Test 1, if
needed. |
|
| Nov 30 |
|
Lab: Project
Demonstration |
|
| Nov 30 |
|
Review for the final
exam |
|
| |
|
|
|
| Dec 09 |
|
Submission 2: Final Lab Report (Project Proposal + Submission 1 +
Submission 2) |
|
| |
|
|
|
| |
|
|
|
| |
|
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| |
|
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