INEL 4075
Fall 2003
Course
Meeting Schedule
Week 1
Meeting 1 (Wenesday, Aug 13): Introduction to the course
Discuss syllabus and rules.
Meeting 2 (Friday, Aug 15): Continue introduction to the course
Discuss syllabus. Take pictures. Readiness Assessment Quiz.
Week 2
(Monday, Aug 18): Prof Absent
(Wednesday, Aug 20): Prof Absent
Meeting 3: (Friday, Aug 22) Finish discussing syllabus. Circuit Theory
Assumptions in the course. Circuit Theory and electric circuit.
Week 3
Meeting 4 (Monday, Aug 25) Intl System of Units, charge, current
The international system of units. Standard prefixes. Electric circuits and current flow. Charge.
Meeting 5 (Wednesday, Aug 27) AC and DC current and Voltage
AC and DC current. Examples with current. Discuss voltage.
Meeting 6 (Friday, Aug 29) Power and Energy
Discuss power and energy. Formulas and examples. Passive sign convention
Week 4
(Monday, Sept 1)
Meeting 7 and 8 (Tuesday, Sept 2): Makeup Class
– S230 –
Active and passive elements. Definition and formulas of a resistor.
Meeting 9 (Wed, Sept 3) Continue resistor. Independent sources.
Examples problems to compute power and energy in a resistor. Ideal independent sources: current and voltage. Short Circuit and Open Circuit.
Meeting 10 (Friday, Sept 5) Ammeter, voltmeter
Ideal ammeter and voltmeter. How to connect an ammeter and voltmeter. Introduction to dependent sources. Types of dependent sources: CCVS, CCCS, VCVS, VCCS.
Week 5
Meeting 11 (Monday, September 8) Transducers,
switches
Examples of dependent sources. Transducers: potentiometers, temperature sensors. Switches.
Meeting 12 (Wednesday, September 10)
Meeting 13 (Friday, September 12) KCL, KVL
Definitions:
node, loop. Kirchhoff’s Current Law (KCL) and Kirchhoff’s
Voltage Law (KVL).
Week 6
Meeting 14
(Monday, September 15) Examples KCL & KVL.
Examples of KCL, KVL.
Meeting 15
(Wednesday, Sept 17) Single loop circuit.
Definition
of series, carry the same current.
Exam #1 up to today’s material.
Meeting 16
(Friday, Sept 19) Voltage divider, equivalent resistance in series.
Voltage division, equivalent resistance for resistors
in series, examples. Total power
supplied equals total power absorbed in a circuit.
Week 7
Meeting 17
(Monday, September 22) Resistors in parallel, current divider circuit.
Definition of parallel. Equivalent resistor in parallel.
Current division.
Meeting 18 (Wednesday,
September 24) Examples
Examples of resistors in parallel and current divider.
Meeting 19 (Friday, September
26) Exam # 1
Week 8
Meeting 20 (
Techniques for circuit analysis. Examples.
Meeting 21 (Wednesday,
October 1, 2003) Examples circuit analysis.
Discuss
examples circuit analysis. Intro. to
voltage sources in series.
Meeting 22 (
Week 9
Meeting 23
(Monday, October 6) Analysis of resistive circuits.
Voltage
sources in series, current sources in parallel. Terminology
for analysis of resistive circuits.
Meeting 24 (Wednesday,
October 8) Node-voltage analysis
Steps in Node-Voltage analysis.
Meeting 25 (Wednesday,
October 8) Reposicion (
Node-voltage analysis examples.
Meeting 26 (Friday, October
19, 2003) Node-voltage analysis
REVIEW
Solution of simultaneous equations
Week 10
NO
CLASS – Prof absent all week
Week 11
Meeting 27 (
Examples Node-Voltage analysis.
Meeting 28 (
Node-Voltage method with voltage sources.
Meeting 29 (
Node-Voltage
Method with dependent sources.
Week 12
Meeting 30
(
Examples. EXAM 2
UP TO HERE
Meeting 31
(Wednesday, October 29) Mesh-current method for independent voltage sources.
Definition mesh
currents. Steps mesh-current method
Friday, October 31 – Profesor absent
Week 13
Meeting 32 (Monday,
Meeting 33 (
EXAM #2
Meeting 34 (
Mesh-Current analysis with independent current sources. Supermesh.
Meeting 35 (
Mesh-current analysis with dependent sources. Intro to source transformations.
Week 14
Meeting 36 (Wednesday,
Meeting 37 (Wednesday,
Source transformations examples. Superposition. Thèvenin equivalent.
Meeting 38 (
Norton equivalent. Examples. Max. power transfer. Examples.
Week 15
Meeting 39 (