Physics 1st ch

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Eng sllabus

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PEEE e-Books(download link):
ch-1
ch-2
ch-3
ch-3

English Lecture Parts of speech:

English Lecture Parts of speech:

Parts of Speech PPTX

Lectures(PEEE PPT)

lectures 2 and 3(click on the link to download presentation)

lecture 2

lecture 3

circuit theorems

PEEE: Theory syllabus

PEEE Theory syllabus(in .docx extension)

FILENAME: EEE106.docx

SCHOOL OF ENGINEERING AND TECHNOLOGY

Electrical & Electronics Engineering

OPERATIONAL FROM (I & II TERM)

FOR STUDENTS ADMITTED STARTING (2013-2014)

1	Course No.	EEE106
2	Course Title	Principles of Electrical & Electronics Engineering (C)
3	Credits	4
4	Contact Hours (L-T-P)	(3-1-0)
5	Course Objective	To provide students an understanding of fundamentals of electrical and electronics engineering. To develop basic understanding of D.C. and AC circuits, magnetic circuits and electrical power. To provide knowledge of transformers, rotating machines, electrical measuring instruments, diodes and transistors.
6	Course Outcomes	On a successful completion of this course students will be able to 1.       know and apply various network theorems. 2.       connect electric circuits, and able to use electric instruments to perform experiments. 3.       name various parameters of electrical quantities and depict their phasor representation. 4.       identify various types of generating stations and demonstrate their block diagram. 5.       describe the transmission and distribution of electrical power. 6.       relate various magnetic parameters with analogous electrical quantities. 7.       explain working of transformer, their construction details and to calculate the efficiency of transformer. 8.       define working of different rotating machines and to sketch their characteristics. 9.       solve basic numeric problems related to electrical machines. 10.    compare different rotating machines and to analyse their applications. 11.    explain working of different electrical measuring instruments and to categorize them on the basis of their application. 12.    differentiate among conductors, insulators and semiconductors and to compare between intrinsic and extrinsic semiconductors. 13.    demonstrate the formation of p-type and n-type semiconductors, diodes and BJT. 14.    design half-wave and full-wave rectifier circuits using semiconductor diodes and describe their working. 15.    sketch input and output characteristics of BJT and know to use it as an amplifier and as a switch. 16.    identify different logic gates and to describe their truth tables.
7	Outline syllabus:
7.01	EEE106.A	Unit A	Electrical Circuits and Power
7.02	EEE106.A1	Unit A Topic 1	Series, parallel and series-parallel circuits, Voltage and current division rules,  Kirchhoff’s laws, Node voltage and mesh current methods of circuit analysis, Star-delta and delta-star transformation, Network theorems (Thevenin’s Theorem, Norton’s Theorem, Superposition Theorem, Maximum Power Transfer theorem)
7.03	EEE106.A2	Unit A Topic 2	Sinusoidal Signal and its significance, Average, RMS and peak value of sinusoidal signals, Phasor Representation, Series and parallel combination of inductor, capacitor and resistor.
7.04	EEE106.A3	Unit A Topic 3	Introduction to 3-phase generation of electrical power, Principles of thermal, hydro and nuclear generation, Introduction to transmission and distribution of electrical power.
7.05	EEE106.B	Unit B	Magnetic Circuits and Transformer
7.06	EEE106.B1	Unit B Topic 1	Comparison of magnetic and electric circuits
7.07	EEE106.B2	Unit B Topic 2	Working principles of transformer, Constructional details of transformer, EMF equation of transformer
7.08	EEE106.B3	Unit B Topic 3	Efficiency of transformer, Power and distribution transformer and difference between them.
7.09	EEE106.C	Unit C	Rotating Machines
7.10	EEE106.C1	Unit C Topic 1	Working principle, construction and EMF equation of DC Generator, Working principles, Torque equation and characteristics of shunt, series and compound DC motor
7.11	EEE106.C2	Unit C Topic 2	Working principle, Construction and torque-slip characteristic of 3-phase induction motor. Working principle of 1-phase induction motor and its classification based on starting principles (Split phase).
7.12	EEE106.C3	Unit C Topic 3	Working principle of synchronous machines, Salient pole and cylindrical rotor types
7.13	EEE106.D	Unit D	Electrical Measuring Instruments
7.14	EEE106.D1	Unit D Topic 1	Working principle and construction of Permanent Magnet Moving Coil and Moving Iron voltmeter and ammeter.
7.15	EEE106.D2	Unit D Topic 2	Working principle of Electrodynamometer type wattmeter
7.16	EEE106.D3	Unit D Topic 3	Working Principle of Induction type energy meter.
7.17	EEE106.E	Unit E	Semiconductor Electronics
7.18	EEE106.E1	Unit E Topic 1	Metals, semiconductors and insulators, Electrons and holes in intrinsic semiconductor, Donor and acceptor impurities, N-type and P-type semiconductors, PN junction diode and its V-I characteristics, Rectifiers :-Half wave and Full wave ( Unfiltered output)
7.19	EEE106.E2	Unit E Topic 2	Construction, working principle and input-output characteristic of BJT, BJT as CE amplifier, and as a switch.
7.20	EEE106.E3	Unit E Topic 3	Introduction to logic gates and their truth tables.
8	Course Evaluation
8.1	Course work: 30 marks
8.11	Attendance	none
8.12	Homework	10 assignments, no weight
8.13	Quizzes	7 best  quizzes (based on assignments) in tutorial hours; 30 marks
8.14	Projects	none
8.15	Presentations	none
8.16	Any other	none
8.2	MTE	one, 20 marks
8.3	End-term examination: 50 marks
9.1	Text books	1. V. Del Toro, “Principles of Electrical Engineering” Prentice Hall, 1968, 2. Robert L Boylestad, “Electronic Devices and Circuit Theory” Pearson Education, 2009
9.2	Other references	1.    A.E. Fitzgerald & A.Grabel Higginbotham, “Basic Electrical Engineering”, McGraw Hill, 1981 2.    M Morris Mano, “ Digital Electronics”, Prentice hall Publication, 2009 3.    E.W. Golding and F.C. Widdis, “Electrical Measurements&Measuring Instruments”, Willey Publication, 2008

Mapping of Outcomes vs. Topics

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EEE106.A1

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EEE106.A2

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EEE106.A3

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EEE106.B1

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EEE106.B2

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EEE106.B3

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EEE106.C1

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EEE106.C2

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EEE106.C3

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EEE106. D1

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EEE106.D2

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EEE106.D3

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EEE106.E1

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EEE106.E2

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EEE106.E3

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