Page last updated Mar. 08, 2016
Copyright: DOE, Carleton University, Ottawa, Ontario
ELEC 3105 BASIC E&M AND
POWER ENGINEERING
(Refresh page often)
Importa
nt
notice:
Please
carefully
read the
course
outline
and note
that in
addition
to other
require
ments,
“A
minimu
m of
40% on
the final
exam is
required
to pass
the
course”
Labs are in ME 4275
NEW  Assignment #4 for PA session 4. <<Link>>
These questions will deal with all aspects of
Magnetostatics.
Assignment #3 for PA session 3. <<Link>>
Note: You must complete at least 75% of
the assigned questions prior to the PA
session. Prepare your assignment such that
questions can be stapled together. The TA
will be collected the assignments prior to
the start of the quiz. Students with less than
75% of the questions solved will have their
quiz grade divided by 2. Specific to
Labs and PAs 3, 4 and 5:
Students with student number
ending with (0, 1, 2, 3, 4) do the
Lab first. The following week
they do the PA. (Some slight
adjustment may be required).
Chose your lab partner to be in
the same group. Students with
student number ending with
(5, 6, 7, 8, 9) do the PA first.
The following week they do the
Lab. (Some slight adjustment
may be required). Chose your
lab partner to be in the same
group.
Assignment #2 for PA session 2. <<Link>> Note: You must complete at least 75% of the
assigned questions prior to the PA session. Prepare your assignment such that questions
can be stapled together. The TA will be collected the assignments prior to the start of the
quiz. Students with less than 75% of the questions solved will have their quiz grade divided
by 2. Optional questions don’t need to be handed in.
Assignment #1 for PA session 1. <<Link>>. Note: You must complete at least 75% of the
assigned questions prior to the PA session. Prepare your assignment such that questions
can be stapled together. The TA will be collected the assignments prior to the start of the
quiz. Students with less than 75% of the questions solved will have their quiz grade divided
by 2.
EQUATION
<<LINK>>
PAGES
FOR
FINAL
EXAM
Course Outline <<Link>>
TA Information <<Link>>
----------------------------------------------------------------PASS Information:
Workshop – Monday 1:05 pm to 2:25 pm ME 3190
Workshop – Wednesday 5:35 pm to 6:55 pm PA
234
PASS Facilitator: Symon
Stowe: SymonStowe@cunet.carleton.ca
Office hours: Monday 11:30 am to 12:30 pm ML
408.
----------------------------------------------------------------Lecture 1 Slides <<Link>> You should also read chapter 3 on
vectors and chapter 4 on electrostatics in the Ulaby book. Look at the slides,
read the appropriate sections in Ulaby.
Lecture 2 Slides <<Link>> Read the sections in Ulaby that relate
to electric field lines and Gauss’ law.
Lecture 3 Slides <<Link>>
Lecture 4 Slides <<Link>>
Lecture 5 Slides <<Link>>
Lecture 6 Slides <<Link>>
Lecture 7 Slides <<Link>>
Lecture 8 Slides <<Link>>
Lecture 9 Slides <<Link>>
Lecture 10 Slides <<Link>>
Lecture 11 Slides <<Link>>
Lecture 12 Slides <<Link>>
Lecture 13 Slides <<Link>>
Lecture 14 Slides <<Link>>
Lecture 15 Slides <<Link>>
Lecture 16 Slides <<Link>>
Lecture 18 Slides <<Link>> Do the linear motor first
Lecture 17 Slides <<Link>> Do the stepping motor after
Lecture 19 Slides <<Link>>
READ COGDELL BOOK  EXAM MATERIAL ON
MOTORS / GENERATORS AND THREE PHASE
POWER IS TAKEN FROM COGDELL
Lecture 20 Slides <<Link>> For exam: Know motor
construction, know how torque is developed, know how
to solve from nameplate information
Lecture 21 Slides <<Link>> For exam: Know motor
construction, know how torque is developed, know how
flux is made to rotate
Lecture 22 Slides <<Link>> For exam: Know 3 phase
generator connection, line to line voltage and current
with phase diagram, know three phase loads with
voltages and current, know three phase power.
Lecture 23 Slides <<Link>>
Lecture 24 is for Q&A and review:
-----------------------------------------------------------------
Additional information
===============================
Laboratory Manual Document <<Lab 1>> Numerical
for Electrostatics: Has pre-lab requirement; Software
manual <<Link>>; Software files <<Link>>
Laboratory Manual Document <<Lab 2>> Numerical
for Magnetostatics:
Laboratory Manual Document <<Lab 3>> Magnetic
circuit:
Laboratory Manual Document <<Lab 4>>
Transformer: Has pre-lab requirement
Laboratory Manual Document <<Lab 5>>. Stepping
motor:
The DC and AC motors are done in demo format.
Laboratory Manual Document LAB 5 Demo: Link
to the BRUSHLESS DC MOTOR / GENERATOR
DOCUMENTATION <<Link>>
Laboratory Manual Document LAB 5 Demo:
Induction motor using LABVOLT equipment
documentation <<Link>>
===============================