Scheme and Syllabus
Scheme & Syllabus - CE, CSE & Allied, ECE, ME
Subject Codes of all Subjects
Comparison of FEE Syllabus AEE101A - CSE, AI, AI&DS, ECE Syllabus with AEE101B- CE and ME Syllabus
Comaprison of FEE Syllabus Branch Wise
Comparison of AEE151 Electrical Engineering Lab with previous Lab
Comparison Electrical Engineering Lab AEE151
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FEE UNIT 1 DC CIRCUITS NOTES - TV SLIDES
FEE UNIT 2 STEADY STATE ANALYSIS OF SINGLE PHASE AC CIRCUITS - TV SLIDES
UNIT 4 ELECTRICAL MACHINES - PART 1
UNIT 5 ELECTRICAL INSTALLATIONS NEW - COMPLETE NOTES
PHOTO - MCB ELCB CABLE EARTHING
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YouTube Video Links - Unit 5
MCB Shorts animated MCB Construction and tripping
ELCB Vs RCCB Video ELCB Vs RCCB
Images - Unit 5
Plate Earthing Video Plate Earthing 1 Plate Earthing 2
Pipe Earthing Pipe Earthing
Rod Earthing Rod Earthing
Wires and Cables images Wires and Cables
Images Unit 4 DC Machines
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These notes are downloaded from internet, it is handwritten notes, written by students in the classroom.
FEE OR BEE HANDWRITTEN NOTES 2
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Complete notes of Induction Motor copy, my notes
Machine I
DC Machine:
Armature Reaction waveform - Page 9
Armature Reaction in DC Motor - 14
Windings of Transformer - Concentric, Sandwich, Cross Over, Continuous Disc Winding - Page 4
Parallel Operation of Transformers -19
Two Transformers in Parallel with equal voltages -24
Auto Transformers - 27
Saving of Copper in Auto Transformers - 31
Advantages of Auto Transformer - 33
Two winding Transformers to Auto Transformer Conversion - 34
Excitation Phenomena in Transformer - 41
Harmonics -46
3 Phase Transformer -53
3 phase Transformer Bank vs. 3 phase Unit Transformer-62
Star Connection -65
Delta Connection -67
4 Phase Transformer Connection -69
Phasor Groups -71
Open Delta -83
Tertiary Winding or Stabilizing Winding - 86
EMF Equation and K for 3 phase Transformer -88
Inrush Phenomenon of Transformer -95
Scott Connection - 97
Comparison of 3 Phase Transformer Connection with respect to 3 phase Harmonics -101
Machine 2
3 Phase Induction Motor -103
Rotating Magnetic Field -106
Slip -112
Construction -113
Rotor -115
Squirrel Cage - 115
Wound Rotor or Slip Ring Type Rotor- 117
Effect of Slip - 120
Torque of Induction Motor at Standstill / Starting Torque - 126
Condition for Maximum Starting Torque- 128
Running Torque -130
Condition for Maximum running Torque - 131
Induction Motor on Load - 134
Comparison of Transformer and Induction Motor -137
Torque Slip Characteristics - 139
Relation between Maximum Torque, Starting Torque and Running Torque at full load - 143
Operating Power Factor of an Induction Motor - 146
Speed regulation - 148
Power Stages of Induction Motor - 149
Transformer Equivalent Circuit of an Induction Motor - 155
Representation of Rotor Circuit - 158
Equivalent Circuit referred to Stator - 161
Effect of Supply voltage on Torque of Induction Motor - 165
No Load and Blocked Rotor Test - 166
No Load Test - 167
Blocked Rotor Test - 168
Circle Diagram - 171
Calculating Maximum Parameters - 177
Starting of Induction Motor - 181
Deep Bar rotor - 192Double Cage Rotor - 193
Cogging - 195
Crawling - 197
Induction Generator - 199
Braking in induction Motor - Plugging, Dynamic/ Rheostatic, regenerative Braking - 202
Speed Control of Induction Motor- 208 and 217
Stator Side Control - V/f, Voltage Control, Pole Changing, stator Resistance Control - 209
Rotor Side Control - Rotor Resistance Control, Cascade or Tandem connection -210
1 phase Induction Motor -212 (Short Notes)
Classification of 1 Phase induction Motor - 213
Download Complete folder
BEE451- NETWORK ANALYSIS AND SYNTHESIS LAB
1. Verification of Maximum power transfer theorem.
Exp 1 - Verification of Maximum power transfer theorem
2. Verification of Tallegen's theorem.
Exp 2 - Verification of Tallegen's theorem
3. Study of phenomenon of resonance in RLC series circuit and obtain resonant frequency.
Exp 3 - Study of phenomenon of resonance in RLC series circuit and obtain resonant frequency
4. Design and find cut-off frequency of low pass and high pass filters.
Exp 4 - Design and find cut-off frequency of low pass and high pass filters
5. Design and find the pass band frequencies of band pass filters.
Exp 5 - Design and find the pass band frequencies of band pass filters
6. Design and find the stop band frequencies of band reject filters.
7. Determination of two port network Z and h parameters.
Exp 7 - Determination of two port network Z and h parameters
8. Verification of parameters properties in interconnection of 2, two port networks in series-series interconnection.
9. Verification of parameters properties in interconnection of 2, two port networks in parallel-parallel interconnection.
10. Determination of Z parameters of a T network and Computation of corresponding parameters to equivalent π network.
11. To perform the transient response of RL circuit.
Exp 11 - To perform the transient response of RL circuit
12. Verification of parameters properties in interconnection of 2, two port networks in cascade interconnection.
Download
Download lab manual of the experiment Lab kits provided by Rajat after buying their kits, for correct connections smooth operation.
Power Electronics Lab Manual by Rajat
Electrical Machines - I Lab Manual by RAJAT
Electrical Machine 1 Lab Manual by Rajat
Electrical Machines 2 Lab Manual by Rajat
( available on this link also)
UNIT-I (Fault Analysis in Power System): One-line diagram, Impedance and reactance diagram, per unit system changing the base of per unit quantities, advantages of per unit system.
Symmetrical Components: Significance of positive, negative and zero sequence components, Average 3- phase power in terms of symmetrical components, sequence impedances and sequence networks.
Fault Calculations: Fault calculations, sequence network equations, single line to ground fault, line to line fault, double line to ground fault, three phase faults, faults on power systems, and faults with fault impedance, reactors and their location, short circuit capacity of a bus
My Notes according to syllabus and GATE
EMI Copy 2
EMI Copy 1
EMI Copy 1 Index (Download Notes from above pdf link)
Methods of Measurement: Direct and Indirect- Page 1
Instruments and Measurement System - 2
Characteristics of Instrument: Absolute and Secondary - 5
Deflection and Null Type - 6
Secondary Instrument - Analog and Digital - 11
Function of Instruments and Measurement System - 12
Static Characteristics: Accuracy, Reproducibility, Sensitivity, Drift, Static Error, Dead Zone -14
Errors -25
Units and Dimension - 36
Indicating Instruments - 39
Deflecting Torque - 39
Controlling Torque - 40
Comparison Gravity Vs. Spring Control -44
Damping Torque: Air, Fluid, Eddy, Electromagnetic Damping- 49
Types of Instruments -56
Permanent Magnet Moving Coil (PMMC) -57
Notes Changed (from here EMI Notes from start) - INDEX EMI Copy 1
Generalized Measurement System - Page 63
Direct method of Measurement - 65
Indirect method - 67
Absolute Instrument - 68
Secondary Instrument - 70
Characteristics of Instrument: Accuracy, Precision, Linearity, Sensitivity, Dead Time, Dead Zone, Threshold, Drift, Resolution - 74
Types of Errors: Gross, Systematic, Random Error - 93
Numerical Problems on Errors and Characteristics of Instruments -99
Secondary Instruments (in details): Indicating, Recording, Integrating Type - 126
Components - Deflecting, Controlling and Damping Torque -128
Deflecting Torque -129
Numerical Problems on Deflecting Torque -136
Controlling Torque - 142
Helical and Spiral Spring - 142
Gravity Control - 151
Numerical Problem on Deflecting Toque - 153
Damping Toque: Air and Fluid Friction, Eddy Current and Electromagnetic - 161
Mechanism for Producing Deflecting Torque - 171
PMMC (Permanent Magnet Moving Coil) Instrument - 175
Extension of range of Ammeter and Voltmeter - 183
Numerical Problems -187
MI (Moving Iron) Instrument - 195
Numerical Problems -201
Extension of range of Ammeter and Voltmeter - 204
EMMC (Electro Magnet Moving Coil) or EDM (Electro Dynamo Meter) Instrument - 211
EDM Connection for Voltmeter & Ammeter and Wattmeter - 214
EDM instrument for AC Supply - Derivation - 221
ESV (Electrostatic Voltmeter) - 226
Extension Range of ESV - 235
Numerical Problem - 239
Thermal Instruments -243
RTD - 248
Thermistor - 251
Thermocouple - 253
Rectifier Type Instrument - 256
Full Wave Rectifier - 261
Numerical Problem -264
Measurement of Resistance: Low and Medium resistance- 268
Voltmeter - Ammeter Method - 270
Ammeter - Voltmeter Method - 271
Numerical Problem -274
Substitution Method - 276
Wheatstone Bridge - 282
Sensitivity of Wheatstone Bridge - 285
Numerical Problems - 291
Kelvin's Double Bridge - 297
Ohm Meter: Series and Shunt Type - 300
Meggar - 306
Loss of Charge Method - 307
Direct Deflection Method - 311
Measurement of Inductance - 313
EMI Copy 2 - Index ( Notes to download from pdf link above)
Measurement of Inductance - Page 1
Voltmeter - Ammeter Method - 3
3 Voltmeter Method - 4
3 Ammeter Method - 6
Comparison of DC Bridges and AC Bridges - 7
Maxwell Inductance Bridge - 10
Maxwell Inductance Capacitance Bridge -15
Hay's Bridge - 17
Owen's Bridge - 20
Anderson Bridge - 23
Measurement of Capacitance - 27
Modified Desauty's Bridge - 29
Desauty Bridge - 31
Schering Bridge - 34
Numerical Problems - 37
Wein's Robinson Bridge - 41
Measurement of Power - 44
Potentiometer - 125
Numerical Problems - 129
Q Meter - 134
Errors in Q Meter - 139
CRO (Cathode Ray Oscilloscope) - 143
Measurement by using CRO - 154
Numerical Problems - 162
DVM - 166
N 1/2 Digital Display - 181
Instrument Transformer - 185
Power Factor Meter - 202
Flux Meter - 208
Ballastic Galvanometer - 211
Transducers - 213
Examples of Primary Transducers - 215
Classification of Transducers: Primary & Secondary, Active & Passive, Transducer & Inverse Transducer, Analog & Digital - 216
Assignment of all 5 Units
Assignment 2024-25
All 5 Units Assignments in Word
Syllabus
Reference Notes
Notes same as my notes (above) in different handwriting
Reference Notes Typed - Some part may not match from the syllabus
Previous Years Questions Papers (AKTU)
Since syllabus changed so some questions may not be relevant.
Download Electrical Circuit Analysis - I as per Bikaner Technical University (BTU), Rajasthan
UNIT I: NON SINUSOIDAL WAVES
UNIT 2: NETWORK FUNCTIONS
UNIT 3 : 2 PORT NETWORK
UNIT 4: NETWORK SYNTHESIS
UNIT 5: 2 PORT REACTIVE NETWORK (FILTERS)
2 PORT NETWORK -
Download Complete hand written notes of Electrical Circuit Analysis - I (and Two port Network of ECA-II ) or Network Analysis Notes
Compressed Notes 68 MB
Download Printed Notes
UNIT - 1 Notes
UNIT - 3 Notes
Download ECA - I Class Notes from 2022-23 batch
Unit -1
Unit - II
Unit - III
Unit - IV
Unit - V
Unit I (dc Transmission Technology) and Unit III (Control of HVdc Converters) Notes
NK Book Scan - HVDC Transmission System
KR Padiyar Book Scan - HVDC Transmission system
BEE Lab Manual 2021-22
BEE Lab Syllabus
First Year Syllabus
Restructured Power System Notes as per the Bikaner Technical University BTU Syllabus 5EE5-11
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Unit 6
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| Fig 1. Circuit diagram |
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| Fig 2. Working condition of the project |
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| Fig 3. Connection of the circuit on a breadboard |
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| 1a. Practical Transformer with Leakage Reactance and Resistance |
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| 1b |
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| 2a Phasor Diagram |
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| 3a |
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| 4a |
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| 4b Exact Equivalent Circuit |
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| 5a Shifting of parameters |
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| 6b Simplification of the exact equivalent circuit |
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| 7a shifting of parameters of simplified circuit |
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| 8a Approximate voltage drop |
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| 8b |
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| 9a Voltage Regulation |
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| 10a |
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| 11a |
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