Skip to content
0091-484-2540360
[email protected]
Kalamassery, Kochi, Ernakulam
Search for:
TOP MENU
Primary Menu
HOME
ABOUT US
Albertian Institute of Science & Technology
Instructors
Annual Appraisal
Research & Consultancy @ AISAT
ALL COURSES
Departments
AI & ML Courses
ASH Courses
CE Courses
CSE Courses
ECE Courses
EEE Courses
ME Courses
First Year Courses
Applied Science & Humanities Courses
Engineering Chemistry Courses
Engineering Mathematics Courses
Engineering Physics Courses
English Courses
General Courses
General Courses
IIC Orientations
Physical Education Training
Placement Training
Research Orientation
Soft Skill Development
CONTACT US
PROFILE
LOGIN
Main Site
Search for:
Main Site
0091-484-2540360
[email protected]
Kalamassery, Kochi, Ernakulam
Home
All Courses
Electrical & Electronics Engineering
EET 202 DC MACHINES AND TRANSFORMERS
EET 202 DC MACHINES AND TRANSFORMERS
Curriculum
5 Sections
32 Lessons
10 Weeks
Expand all sections
Collapse all sections
MODULE 2- DC GENERATOR
8
1.0
DC generator working principle
1.1
EMF equation
1.2
Armature reaction
1.3
Commutation
1.4
Characteristics
1.5
OCC- Problems
1.6
voltage build up
1.7
parallel operation. Power flow diagram
MODULE-3 DC MOTORS
9
2.1
DC motor back emf, generation of torque
2.2
torque equation, performance characteristics
2.3
Starting of dc motors,3point and 4 point starters
2.4
Speed control of dc motors , field control, armature control
2.5
Braking of dc motors
2.6
Power flow diagram , losses and efficiency
2.7
Testing of dc motors – Swinburne’s test, Hopkinson’s test, and retardation test
2.8
DC motor applications
2.9
Retardation test
MODULE 1 DC MACHINES IN GENERAL
3
3.0
Construction
3.1
Armature winding
3.2
Types of armature winding
MODULE 4 TRANSFORMERS
7
4.1
Single phase transformers –constructional details, principle of operation, EMF equation
4.2
ideal transformer, dot convention, magnetising current, transformation ratio, phasor diagram
4.3
operation on no load and on load, equivalent circuit, percentage and per unit impedance, voltage regulation.
4.4
Transformer losses and efficiency, condition for maximum efficiency, kVA rating.
4.5
Testing of transformers– polarity test, open circuit test, short circuit test, Sumpner’s test
4.6
separation of losses, all day efficiency. Parallel operation of single-phase transformers– numerical problems
4.7
Condition for maximum voltage regulation
MODULE 5 AUTOTRANSFORMER AND THREE PHASE TRANSFORMERS
5
5.1
Autotransformer – saving of copper –rating of autotransformers
5.2
Numerical problems- Autotransformer
5.3
Tap changing transformers – no load tap changing, on load tap changing, dry type transformers.
5.4
Three phase transformer – construction
5.5
Different connections of 3-phase transformers
This content is protected, please
login
and
enroll
in the course to view this content!
Modal title
Main Content