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S 09 N. Cotter |
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Due |
# |
Date |
Topics |
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1 |
M |
12 |
Jan |
Course Intro, procedures |
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2 |
W |
14 |
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CIRCUITS: Basic DC Circuits: Units, Voltage v, Current i, Power p |
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3 |
F |
16 |
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CIRCUITS: Basic DC Circuits: EM simp., Devices, Passive sign Ex 1 |
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M |
19 |
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HOLIDAY: MARTIN LUTHER KING DAY |
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4 |
W |
21 |
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CIRCUITS: Basic DC Circuits: Sources: voltage, current, ind, dep Ex 1 |
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HW 1 |
5 |
F |
23 |
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CIRCUITS: Kirchhoff's Laws: Wrtg v, i eqns: Ex 1 |
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HW 2 |
6 |
M |
26 |
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HW 3 |
7 |
W |
28 |
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HW 3 solution |
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|
8 |
F |
30 |
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OP-AMPS: As high-gain differential amplifier, as ideal amplifier, Ex 2 |
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HW 4 |
9 |
M |
2 |
Feb |
HW 4 solution |
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10 |
W |
4 |
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11 |
F |
6 |
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Exam 1 solution |
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12 |
M |
9 |
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CIRCUITS: Basic DC Circuits: Power; Node-Voltage Method Ex 1 |
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HW 5 |
13 |
W |
11 |
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CIRCUITS: Node-Voltage Method Ex 4 |
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HW 6 |
14 |
F |
13 |
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CIRCUITS: Mesh-Current Method Ex 1 |
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15 |
M |
16 |
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HOLIDAY: PRESIDENT'S DAY |
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HW 7 |
16 |
W |
18 |
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HW 7 solution |
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17 |
F |
20 |
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CIRCUITS: Thevenin Equivalent: Thevenin<->Norton xform Ex,; Ex |
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HW 8 |
|
M |
23 |
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HW 8 solution |
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|
18 |
W |
25 |
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19 |
F |
27 |
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Exam 2 solution |
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|
20 |
M |
2 |
Mar |
RLC CIRCUITS: C (Capacitor Eqns): Ex 1; L (Inductor Eqns): Ex 1 |
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|
21 |
W |
4 |
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RLC CIRCUITS: General RC/RL Solution: Ex 1 |
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|
22 |
F |
6 |
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RLC CIRCUITS: General RC/RL Solution: Ex 3 |
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HW 9 |
23 |
M |
9 |
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RLC CIRCUITS: General RC/RL Solution: Ex 6 |
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HW 10 |
24 |
W |
11 |
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CIRCUITS: Max Pwr Xfer: Ex |
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HW 11 |
25 |
F |
13 |
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HW 11 solution |
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|
26 |
M |
16 |
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HOLIDAY: SPRING BREAK |
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|
27 |
W |
18 |
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HOLIDAY: SPRING BREAK |
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|
28 |
F |
20 |
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HOLIDAY: SPRING BREAK |
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|
|
M |
23 |
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SUPERPOSITION: Circuits: VDC+VDC: Ex 1 |
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HW 12 |
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W |
25 |
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HW 12 solution |
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F |
27 |
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29 |
M |
30 |
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Exam 3 solution |
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|
30 |
W |
1 |
Apr |
COMPLEX ANALYSIS: Basic Math: 10 views j=√-1, rationalization Ex 2 |
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|
31 |
F |
3 |
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COMPLEX ANALYSIS: Basic Math: 10 views j=√-1, Add sub Ex |
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|
32 |
M |
6 |
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HW 13 |
33 |
W |
8 |
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IMPEDANCE CIRCUITS: Kirchhoff's Laws: Ex |
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|
34 |
F |
10 |
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IMPEDANCE CIRCUITS: Node-Voltage Method: Ex |
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HW 14 |
35 |
M |
13 |
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IMPEDANCE CIRCUITS: Thevenin Equivalent: Ex 1 |
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HW 15 |
36 |
W |
15 |
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HW 15 solution |
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|
37 |
F |
17 |
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SUPERPOSITION: Circuits: VAC+VAC: Ex |
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HW 16 |
38 |
M |
20 |
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HW 16 solution |
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39 |
W |
22 |
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40 |
F |
24 |
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Exam 4 solution |
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HW 17 |
41 |
M |
27 |
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HW 17 solution |
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HW 18 |
42 |
W |
29 |
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HW 18 solution |
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H |
7 |
May |
Final Exam (8:00 AM − 10:00 AM, regular classroom) |