Download BEE - CSE

Department of Computer Science & Engineering
Faculty Name:B.Sujatha
Lecture Duration: 45 Min
Name of the Subject: BEE
Branch: II CSE I Sem
Lesson Plan
S.No
Topics JNTU syllabus
L1 , L2 Basic definitions
L3,L4 Ohms law,Kirchoff
laws,KVL,KCL
Ohms law,Kirchoff
L6
laws,KVL,KCL
Types of Elements,
Types of Sources
Series,Parallel ,Series-Parallel
combinations
L10,L11Star-Delta transformation
Loop and Nodal Analysis
L12, L13
Topics to be covered
UNIT-I
Introduction,Voltage,
,Current,Energy,Power, Def and formulas
Ohms law,KVL,KCL Problems
Ohms law,KVL,KCL
Problems
UNIT-II
Active,Passive,Lumped,Distributed,Linea
r,Nonlinear,Unilateral,Bilateral Elements,
Independent and Dependent sources
Series,Parallel,Series-Parallel
combinations for R,L,C
Star-Delta , Delta-Star transformation,
Related problems on it
Loop and Nodal Analysis
Problems on it
L14,L1
Network theorems: superposition
5,
Network
theorems:
superposition
theorem, thevenin’s, maximum
L16,L1
theorem, thevenin’s, maximum power
power transfer theorems and
7
transfer theorems and problems
simple problems
L18
Waveforms and Basic
definitions
UNIT-III
Definitions: Waveform, Instaneous value,
Cycle, Frequency, Time Period,
Amplitude. Relations: Time period and
frequency, Angular velocity
root mean square and average
root mean square and average values of
values of alternating currents and
L19
alternating currents and voltage, form
voltage, form factor and peak
factor and peak factor
factor
phasor representation of alternating
phasor representation
L20,L2
quantities, the J operator and phasor
of alternating quantities, the J
1
algebra, Addition, Substraction,
operator and phasor algebra,
Multiplication and Division of Phasors.
L22,L2 analysis of ac circuits with single Resistive Circuit, Purely Inductive
3
basic network element
Circuit, Purely Capacitive Circuit.
Resistance and Inductance in Series,
L24,L2
Resistance and Capacitance in Series,
5, single phase series circuits
Resistance, Inductance and Capacitance
L26
in Series, Impedances in Series.
UNIT-IV
Suggested
Teaching
Page No.
Book
Methods
TI
T1
T1
T1
T1
1.1-1.3
1.11-1.22
1.11-1.22
1.3-1.9
1.16-1.22
BB
BB
BB
BB
BB
T1
1.22-1.26
BB
T1
2.20-2.26
2.28-2.35
BB
T1
3.5-3.8
3.8-3.10
3.10-3.12
3.15-3.16
BB
T1
4.1-4.7
BB
T1
4.7-4.10
BB
T2
193-215
BB
T1
4.10-4.13
BB
T1
5.5-5.11
BB
L27,L2 Principle of operation of single
8
phase transformers
L29,L3 Phasor Diagram on No Load and
0
Load, Equivalent Circuit
Losses and Efficiency of
L31,L32
Transformer and Regulation
L33,L3
4, OC and SC Tests
L35
L36,L3 Pricniple of Operation of DC
7
Machines
L38,L3
9, EMF equation,Types of
L40,L4 Generators
1
L42,
L43,
L44
Principle of operation,DC
Motors, Types of DC Motors
L45,L46Torque Equation,
L47,L48
L49
L50,L51
losses and efficiency
calculation in dc Machine
Principle of operation of
induction motor
slip and rotor frequency, torque
(simple problems)
IntroductionPrinciple of operation,
Types,Constructional Features of T/f
Phasor Diagram on No Load and Load,
Equivalent Circuit
Losses and Efficiency of Transformer and
Regulation, Condition for maximum
efficiency
OC and SC Tests Predetermination of
efficiency and Regulation ( Simple
Problems)
Problems on it
UNIT-V
Pricniple of Operation of DC
Machines,Constructional Features
EMF equation,types of generators,
Applications, Problems on it
UNIT – VI
Principles of operation,Back emf Torque
equation,Significance of Back Emf of DC
Motors, Types of DC Motors
Torque Equation,problems
Characteristics, Applications
losses and efficiency calculation in dc
Machine Condition for maximum
efficiency
UNIT – VII
Principle of operation of induction
motor,Types
motors
slip and rotorof frequency,
torque (simple
problems) Condition for maximum
torque,
slip-torque
characteristics,Problems
UNIT – VIII
Introduction, classification of
Classification,Indicating,Recording,Integr
instruments, operating principles,
ating,
L52,L53
essential features of measuring
Delfecting, Controlling torque
Instruments,
PMMC,Dynamometer type Repulsion,
l54,L55,L56
Voltmeters, Ammeters
Attraction MI type,Problems on it
Text Books
T1- Network Analysis-TataMCGrawHill publications,Sudhakar&Shyammohanpalli
T2-Theory&Performance of Electrical Machines S. K. Kataria & Sons / J. B. Gupta
T3-Electrical Technology-J.Gnanavadivel
T4- Introduction to Electrical Engineering-M.S.Naidu and Kamashiah
T2
p1-9
63-79
BB
T2
p9-20
BB
T2
32-36
T2
37-45
BB
T2
162-172
BB
T2
193-194
263-264
BB
T2
291-299
BB
T2
310-315
BB
T2
407-415
BB
T2
360-366
BB
T2
366-380
BB
192-198
T3
T3
BB
192-198
BB