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LECTURE PLAN & PROGRESS REPORT Faculty Name : RAKESH THAPLIYAL Subject : Basic Electrical Engineering [TEE-201] Course : B.Tech No. of Credits : 4 Semester : 2 nd Section : F Unit Lec tNo . Topics to be covered Topic actually covered Date I DC Network Theory 1 Basics of Electrical Engineering and an overview of the subject & Ohm’s Law 2 Ideal & Practical Energy Sources, Energy Source Transformation 3 Independent & Dependent Energy Sources, KCL, KVL, Superposition Theorem 4 Mesh Analysis & Node Analysis 5 Thevenin’s and Norton’s Theorem and Significance 6 Maximum Power Transfer Theorem, Star-Delta Transformation II Steady State Analysis of AC Circuits 7 Sinusoidal and Phasor Representation of Voltage & Current 8 Average Values, RMS Values, Form Factor and Peak Factor 9 Behavior of Resistance, Capacitance and Inductance towards AC Supply 10 RLC Series and Parallel Circuits 11 AC Circuit Analysis using j Operator, Power Factor Concept 12 Phenomena of Resonance, Bandwidth and Quality Factor for Series Resonance and applications II I 3 Phase AC Circuits 13 Concepts of 3-phase Voltage Generation & Advantages 14 Importance of Star and Delta Connections 15 Relation b/w Line and Phase Voltage/Current for Star-Delta Connections 16 Three-Phase Power Measurement using 2-
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Transcript of Format_lecture Plan-section f
LECTURE PLAN & PROGRESS REPORT Faculty Name: RAKESH THAPLIYAL
Subject: Basic Electrical Engineering [TEE-201] Course
: B.Tech No. of Credits : 4 Semester: 2nd Section: F
Unit LectNo.Topics to be coveredTopic actually coveredDate
IDC Network Theory1Basics of Electrical Engineering and an overview of the subject & Ohms Law
2Ideal & Practical Energy Sources, Energy Source Transformation
3Independent & Dependent Energy Sources, KCL, KVL, Superposition Theorem
4Mesh Analysis & Node Analysis
5Thevenins and Nortons Theorem and Significance
6Maximum Power Transfer Theorem, Star-Delta Transformation
IISteady State Analysis of AC Circuits7Sinusoidal and Phasor Representation of Voltage & Current
8Average Values, RMS Values, Form Factor and Peak Factor
9Behavior of Resistance, Capacitance and Inductance towards AC Supply
10RLC Series and Parallel Circuits
11AC Circuit Analysis using j Operator, Power Factor Concept
12 Phenomena of Resonance, Bandwidth and Quality Factor for Series Resonance and applications
III3 Phase AC Circuits13Concepts of 3-phase Voltage Generation & Advantages
14Importance of Star and Delta Connections
15Relation b/w Line and Phase Voltage/Current for Star-Delta Connections
16Three-Phase Power Measurement using 2-Wattmeter Method
17Analysis for Balanced Loads
IV
1-phase Transformer
18Introduction to Series and Parallel Magnetic Circuits
19Eddy Currents and Hysteresis Losses
20Faradays Laws of Electromagnetic Induction
21Construction of a Single Phase Transformer
22Types of Transformer according to applications
23Principle of Operation and Working
24Equivalent Circuit [Ideal vs Practical Transformer]
25Efficiency & All-day Efficiency of 1-phase Transformer
26Open Circuit Test and Analysis
27Short Circuit Test and Analysis
VDC Machines28Principle of operation of DC Machines
29Construction and Types of DC machines
30Construction and Types of DC machines
31Analysis of Torque Equations
32Analysis of EMF Equation
3-phase Induction Motor33DC Motor Characteristics
34DC Motor Characteristics
35Losses and Efficiency, Applications
36Losses and Efficiency, Applications
37Similarities and Differences between Transformer and Induction Motor, Principle of Operation
38Three phase Rotating Magnetic Field
39Constructional Features
40Circuit Model Equations
41Equivalent Circuit, Concept of Torque Production
42Concept of Torque Production and equation
Text Books : B. L. Theraja , A.K. Theraja A text-book of Electrical Technology Vol -1 &2 S. Chand, 2012
I.J. Nagrath, Basic Electrical Engineering, Tata Mc Graw Hill, 2011
Reference Books : J.B. Gupta A text-book of Electrical Engineering Katson Books,2011
W.H. Hayt & J.E. Kemmerly, Engineering Circuit Analysis Mc Graw Hill,2012
Sign. of faculty: Verified by HOD:
