Address: #800 Dong Chuan Road, Shanghai 200240
Tel: 86
-
21
-
34206
190
Homepage:
www.umji.sjtu.edu.cn
Fax: 86
-
21
-
34206525
Course Profile
Degree Program:
□
ECE
-
Electrical & Computer Engineering
□
䵅M
-
䵥捨慮c捡c⁅湧楮敥ri湧
□
G敮敲慬⁃潵o獥猠s潲 B潴栠䕃䔠☠E䔠D敧e敥ePr潧o慭s
Course Name:
Introduction to
Electric Circuits
Course Code:
V
E
215
Course Credits:
4.0
Course Category:
□
Required
□
䕬E捴iv攠
Terms Offered:
□
F慬l
㈰
-
㈰2
1
_彟彟_彟张
†
(YYYY
-
YYYY)
□
Spring _________________
(YYYY
-
YYYY)
□
卵Sm敲彟彟彟彟_彟彟_彟_
†
(YYYY
-
YYYY)
Course Pre/Co
-
requisites:
Vs186, Vg101, Corequisite Vp240 or Vp260
Textbook:
(Ref
erence Books could also be listed here)
Required:
Fundamentals of Electric Circuits by
Charles K. Alexander and Matthew N. O. Sadiku
, McGraw Hill,
200
0
,
7900630988
Reference Book:
Fundamentals of Electric Circuits, 4/e, by Charles K. Alexander and Matthew
N. O. Sadiku,
McGraw Hill, 2009, 9780071284417
Instructors:
Dianguang M
A (
马殿光
)
dgma@sjtu.edu.cn
Office Hours:
Monday, Tuesday, and
T
h
u
rsday 12:00
-
1
3
:
20
, Room 204, Law School Building
(N)
Teaching Assistants:
Teaching:
L
IU
L
u
(
刘璐
),
lllemon@sjtu.edu.cn
,
SHAO
Xinhang
(
邵欣航
)
,
sxyzsxh@gmail.com
,
XIE
Jun
(
谢君
),
beiwei3_4803@hotmail.com
.
Lab: OUYANG Yuyu (
欧阳昱宇
),
ouyangyuyu@gmail.com
, REN Xiang (
任翔
),
special_rx@hotmail.com
, BAO
Haifeng (
鲍海峰
), renj
ian@sjtu.edu.cn.
Grading Policy:
Ve
215
has
1
0
problem sets (homework assignments),
5
labs, and 3 exams:
Problem Sets:
10%
Labs: 15%
Exam 1
: 20%
Exam 2: 25%
Exam
3
: 30%
Address: #800 Dong Chuan Road, Shanghai 200240
Tel: 86
-
21
-
34206
190
Homepage:
www.umji.sjtu.edu.cn
Fax: 86
-
21
-
34206525
Academic Integrity:
(Any types of honor code regulations like class rules, homework p
olicy, exam rules or
project collaboration policy could be defined here)
Problem sets (homework assignments) may
be done
with partners, but I believe that
you do
not fully understand
the technical material unless
you
work on enough problems by
yours
elf. N
o late homework will be accepted.
Exams
will be given under the JI’s Honor Code and will require individual efforts. The exams will be closed book
,
even though you
can take one, two, and three pieces of cheating paper for
your
Midterm
Exam
1,
Midterm Exam
2, and Final, respectively.
S
cientific
calculators
can
be
used
for the exams.
The u
se of
other electronic devices
such as electronic dictionary and cell phone
during exams will constitute an Honor Code violation. If you miss an
exam, real documentation is
required stating why you could not attend (
severe disease, for example
).
The labs will help you develop engineering skills. Unexcused absence will result in a grade of zero for the
missed
and t
he student has the responsibility of contacting the instructor
or teaching assistant to make up
the missed
lab.
Skipping one or more lab activities will result in an
“
I
”
or
“
Incomplete
”
for this course.
Please attach your course description and detailed teaching schedules here:
Course Description:
Introduction to ele
ctric circuits. Basic concepts of voltage and current; kirchhoff
’
s voltage
and current laws; Ohm
’
s law; voltage and current sources; Thevenin and Norton equivalent circuits; DC
and low
active circuits using operational amplifiers; diodes, and transistors;
energy and power.
T
ime
-
and frequency
-
domain analysis of RLC circuits. Basic passive and active electronic filters. Laboratory experience with electrical
signals and circuits.
Tentative Teaching Schedule:
Week
Date
Lecture
Topics
Homework
Labs
/
Exams
1
Sept
6
Introduction to Ve215, Basic concepts (Sections 1.3
-
1.7)
Sept
9
Basic laws (2.1
-
2.8)
HW 1 Issued
2
Sept 13
Methods of analysis (3.1
-
3.3)
Sept 16
Methods of analysis (3.3
-
3.7, 3.9)
HW 2
3
Sept 20
Circuit theorems
(
4.1
-
4.4)
Sept 23
Cir
cuit theorems
(
4.5
-
4.8, 4.10)
HW 3
4
Sept 27
Operational amplifiers (5.1
-
5.7)
Sept 30
Operational amplifiers (5.8, 5.10)
HW 4
5
Oct 4
Capacitors and inductors (6.1
-
6.6)
Oct 7
No lecture, Exam 1
6
Oct 11
No lecture (SJTU
’
s World Expo Week)
Oct 1
4
No lecture (SJTU
’
s World Expo Week)
7
Oct 1
8
First
-
order circuits (7.1
-
7.4)
Oct 21
First
-
order circuits (7.5
-
7.7, 7.9)
HW 5
8
Oct 25
Second
-
order circuits (8.1
-
8.6)
Lab 1
Oct 28
Second
-
order circuits (8.7
-
8.8, 8.10
-
8.11)
HW 6
9
Nov 1
Sinusoids and phasors (9.1
-
9.4)
Lab 2
Nov 4
Sinusoids and phasors (9.5
-
9.8)
10
Nov 8
Sinusoidal steady
-
state analysis (10.1
-
10.6)
Lab 3
Nov 11
Sinusoidal steady
-
state analysis (10.7, 10.9)
HW 7
11
Nov 15
No lecture, Exam 2
Lab 4
Nov 18
AC po
wer analysis (11.1
-
11.6)
12
Nov 22
AC power analysis (11.7
-
11.9)
HW 8
Lab 5
Nov 25
Three
-
phase circuits (12.1
-
12.6)
13
Nov 29
Three
-
phase circuits (12.7
-
12.8, 12.10)
HW 9
Dec 2
Magnetically coupled circuits (13.1
-
13.5)
14
Dec 6
Magnetically c
oupled circuits (13.6
-
13.7, 13.9)
D
ec 9
Frequency response (14.1
-
14.4)
HW 10
15
D
ec 13
Frequency response (14.5
-
14.7)
D
ec 16
Frequency response (14.8, 14.11)
16
Dec 20
Two
-
port networks (18.1
-
18.4)
Address: #800 Dong Chuan Road, Shanghai 200240
Tel: 86
-
21
-
34206
190
Homepage:
www.umji.sjtu.edu.cn
Fax: 86
-
21
-
34206525
16
Dec 23
No lecture, Exam 3
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