EE537. Introduction to Electrical Engineering
Fall Semester 2002
Scores Grading policy
Catalog Data: Fundamentals of electrical engineering. Topics are: circuit elements; signal waveforms; circuit laws and theorems; transfer functions; free, forced, and steady state responses; power calculations; amplifiers; and magnetic circuits. Non-EE majors only. Prereq: MATH 527; PHYS 408. Lab. 4 cr.
Goals: This course is intended to provide students with a working knowledge of electrical engineering, mainly electrical circuits. It draws upon the students’ abilities in applied mathematics, their knowledge of physical principles and their capacity to absorb, understand and apply these skills to the circuit phenomena.
Textbook: Giorgio Rizzoni “Principles and applications of Electrical Engineering” Mc. Graw Hill
Available at the Durham Book Exchange on Main Street in Durham.
Meeting time: 1:10-2:00 MWF, Room 135 Kingsbury Hall
References: References will be placed on reserve in the Engineering Library as needed. Students are encouraged to find other books of the library shelves, that may supplement understanding of this matter.
Coordinator: Neda Pekaric-Nad, instructor
104 Kingsbury Hall
e-mail: nnad@unh.edu
Office hours: MWF, 2-3 pm, or make and Appointment by the e-mail.
Teaching Assistants:
Craig Lombard clombard@cisunix.unh.edu and Jason Chan jason.chan@unh.edu
Estimated Outline for EE537. Introduction to Electrical Engineering
Fall 2002
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Week |
Meet. |
Chapter |
Topic |
Lab |
Problems |
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1 |
W:Sep4 |
Ch1, Ch2 |
Introduction to EE Fundamentals of Electric Circuits, Voltage sources, current sources, nod, loop, mesh |
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F: Sep6 |
Ch2 |
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2 |
M:Sep9 |
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W:Sep11 |
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Voltage divider and current divider |
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F:Sep13 |
Ch3 |
Resistive Network Analysis The nod voltage method |
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3 |
M:Sep16 |
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The mesh current method |
1A:Circ.elem. Sources, Instr. |
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W:Sep18 |
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F:Sep20 |
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4 |
M:Sep23 |
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1B |
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W:Sep25 |
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EX1 |
Th:Sep26
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F:Sep27 |
Ch4 |
AC Network analysis
Circuit elements, capacitor, inductor |
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5 |
M:Sep30 |
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Signal sources, sinusoids |
2A: Thevenen’s T Max P |
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W:Oct2 |
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Solution of circuits excited by Sinusoidal Sources |
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F:Oct4 |
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Phasor solutions, superposition of AC signals |
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6 |
M:Oct7 |
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Imepdance, R, C, L |
2B |
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W:Oct9 |
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AC circuits analysis |
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F:Oct11 |
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AC circuits analysis |
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7 |
M:Oct14 |
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Columbus Day-No Classes |
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W: |
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Sample problems |
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F: |
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Sample problems |
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8 |
M:Oct21 |
Ch7 |
AC Power Instantaneous and average power, power factor |
3A: Function G RLC Ph shift |
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W:Oct23 |
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Complex power |
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F:Oct25 |
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Transformers, magnetic circuits, reluctance |
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9 |
M:Oct28 |
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Three phase power |
3B |
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W:Oct30 |
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Balanced Wye and Delta loads, Generation and distribution of AC power |
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EX2 |
Th:Oct31 |
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F:Nov1 |
Ch5 |
Transient analysis Differential equations for circuits with C and L |
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10 |
M:Nov4 |
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DC Steady state Solutions, initial and final conditions |
4A: Superposition P(f) |
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W:Nov6 |
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Energy storage in C and L |
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F:Nov8 |
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Laplas transforms |
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11 |
M:Nov11 |
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Veterans day UNH day |
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*** |
T:Nov12 (Monday) |
Ch8 |
Operational amplifiers
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4B |
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W:Nov13 |
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Ideal OpAmp, open loop, close loop |
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F:Nov15 |
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Integrator and differentiator |
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12 |
M:Nov18 |
Ch9 |
Semiconductors and Diodes |
5A:OpAmp |
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W:Nov20 |
Ch10 |
Bipolar transistors |
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F:Nov22 |
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Bipolar transistors |
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13 |
M:Nov25 |
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Bipolar transistors |
5B |
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EX3 *** |
W:Nov27 (Monday) |
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F:Nov29 |
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Thanksgiving Holiday
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14 |
M:Dec2 |
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6A:Diode |
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W:Dec4 |
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F:Dec6 |
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15 |
M:Dec9 |
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6B |
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W:Dec11 |
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F:Dec13 |
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LAB EX |
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LAB EX |
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