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EL2001 Electric Circuits

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Course Information

Code: EL2001

Name: Electric Circuits

Class: 03

Load: 4 chr

Type: Compulsory

Category: EE Core

http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001
http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001http://sisfo.ee.itb.ac.id/silabus-public?task=detail&kode_kur=2013&kode_kuliah=EL2001

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Course Schedules Lectures

Monday 13.00-14.40 9124

Wednesday 13.00-14.40 TVST C

Tutorial TBA

Exams Exam 1 19 October 2013 08-11am

covers materials from week 1 to week 8

Exam 2 7 December 2013 08-11am

covers materials from week 9 to week 15 Final

covers all course materials

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Instructor Information

Ir. Mervin T Hutabarat, MSc., PhD

Appointment:Gedung Riset dan Inovasi lt. 4

[email protected]

Tuesday 9-11am Thursday 9-11am
mailto:[email protected]:[email protected]

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Text Books

Alexander and Sadiku, Fundamentals of

Electric Circuits, McGraw-Hill, 2007.

Chua, Desour, Kuh : Linear and Nonlinear

Circuits, McGraw-Hill, 1987.

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Course Objectives1. Apply phasor frequency domain analysis using various

techniques

2. Apply phasor concept to analyse AC power and three-phasecircuits

3. Deal with circuits containing magnetically coupled

4. Draw Bode plot of transfer function and use frequencydomain to analyse resonance and filter networks

5. Apply Laplace transform to analyse DC and AC steady statenetworks

6. Apply Fourier series and Fourier transformation to analyse

the networks with non sinusoidal exitation7. Analyse 2-port networks using various parameters

8. Use SPICE to analyst DC and AC circuits

9. Use Matlab as a tool to solve the network problems.

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Grading Policy

Grades will be determined

as followed

Homeworks (min 5) 15%

Quizes (min 5) 15%

Exam 1 35%

Exam 2 35%

Final exam (60%, 40%Prefinal Grades) is onlyfor those who fail.

Index classification

A>=75

70

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Weekly Course Materials

Week# Topics Objectives

1Introduction to Circuit Analysis

(Text: Chua Chp1)

Understand the condition fulfilled for lumped

circuits. Apply Tableau & extended nodal

analysis techniques to analyze circuit

behavior.

2

Sinusoidal Steady-state

Analysis

(Text: Sadiku Chp 10)

Convert problems involving differential

equations into circuit analysis problems

using phasors and complex impedances.

3

AC Power Analyses


Understand Instantaneous & Average Power.

Maximum Average Power Transfer. Effective

or RMS value. Apparent Power & Power

Factor. Complex Power. Conservation of AC

Power. Power factor correction. Applications.

Analyze RLC circuits under sinusoidal

steady state conditions. Analyze complex

power and its relationship to real and

reactive power using complex phasor

notation.

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4Three-phase Circuits

(Text: Sadiku Chp 12.1-12.6)

Analyse balanced three-phase system in AC

steady state

5Three-phase Circuits


Calculate power in balanced system.

Analyse unbalanced three-phase system in

AC steady state

6

Magnetically Coupled Circuits


Understand the concept of mutual

inductance and how it affects circuit

performance and its use in transformers.

Analyze circuits involving mutual inductance

or transformers using phasor techniques

7Frequency Response


Plot the frequency response of RLC circuits

using Bode. Interpret the Bode plot in order

to get its transfer function

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8Frequency Response

(Text: Sadiku Chp 12.7-12.12)Design simple filter using scaling technique

9

Introduction to Laplace

Transform


Understand Laplace Transform, its

properties and its inverse in order to solve

the differential equations

10

Applications of Laplace

Transform


Solve and analyze RLC circuits under both

transient and steady state conditions using

Laplace transform techniques

11

Applications of Laplace

Transform


Describe RLC circuits using state space

concept and then solve it using Laplace

transform techniques

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12The Fourrier Series


Analyse any periodic waveforms into its DC

and ac components. Analyse the circuits

with any periodic waveforms excitation.

Analyse any periodic waveforms into its DC

and ac components. Analyse the circuitswith any periodic waveforms excitation

13The Fourier Transform

(Text: Sadiku Chp 18)Apply Fourier Transform to analyse circuits

14

Two-port Networks


Model an electric circuit as an electrical

network with two separate ports, i.e. inputand output ports

15Two-port Networks


Find parameters of 6 types of two port

networks (impedance, admittance, hybrid,

inverse hybrid, transmission, inverse

transmission)

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Classroom Ethics

GPA is important but personal character is

more

Respect others who want to learn

Be on-time

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