This document outlines a course schedule over 13 weeks covering topics in power electronics including thyristors, triacs, firing circuits, controlled rectifiers, choppers, inverters, and DC motor speed control. The schedule details the weekly content, methods, materials, and assessments. It notes changes to class hours for some sessions. Topics include thyristor and triac characteristics, firing circuits for protection, half and full-wave rectifiers, choppers with resistive and inductive loads, single phase inverters, and DC motor speed control. Assessments include homework, experiments, quizzes, and a final exam.
1. Week Hours
Macro-
sequence
Content Methods
Material &
Media
Assessmen
t RemarksP T
1 1 3
Power
Electronic
Devices
Practice Theory Social form Action form
Electronic
board
Homework
Change hour
from 8 to 4
Diac, thyristor, and Triac
characteristic.
Thyristor
characteristic. Group work Placement
2 1 3
Power
Electronic
Devices
Behavior of ciac and
triac with AC currint. Triac characteristic. Partner work lecture Experiment Quiz
3 2 2
Firing
Circuits &
Thrusters
protection
-Firing circuit for
thyristors.
-Firing circuit for triac.
-Methods of
thyristors and
triacs.
-Isolation circuit.
-Protection from the
rapid voltage rote.
-Protection from the
rapid current rote.
Individual
work
lecture PPP-white
board
Q & A Change hour
from 6 to 4
4 2 2 Controlled
Rectifiers
Single phase half
wavecontroller rectifier
-Principles of
converter controller
operation.
-Single phase half
wave controller
rectifier.
Individual
work
Discovery Oscilloscope Homework
Change hour
from 18 to 14
5 2 2 Controlled
Rectifiers
With resistive load. -With resistive load.
-With RL load.
Individual
work
lecture Maltimeter Quiz
6 2 2 Controlled
Rectifiers
-With RL load.
-Single phase full wave
halfcontroller rectifier.
-Single phase full
wave halfcontroller
rectifier.
Partner work Discovery Oscilloscope Homework
7 4 0 Controlled
Rectifiers
Single phase full wave
halfcontroller rectifier.
-Single phase full
wave fullcontroller
rectifier.
Partnerwork Discovery Oscilloscope Exam
8 1 3 DC chopper DC chopper operation.
-Principle of DC
chopper operation.
-With RL load.
-With resistive load.
Classroom
conversation lecture
PPP-
Electronic
board
Homework Change hour
from 8 to 4
2. 9 1 3
DC chopper
DC chopper operation.
-Transistor chopper
circuit.
-Constant frequency
operation.
-Variable frequency
operation.
Group work Classroom
conversation
Oscilloscope Quiz
10 1 3
Inverters
Single phase inverter
with 4 transistor.
-Principle of current
source.
-Single Phase
inverter.
-Half bridge.
Classroom
conversation
lecture PPP-white
board
Q & A
change hour
from 8 to 4
11 1 3 Inverters Single phase inverter
with 4 transistor.
-Full bridge.
-Principle of voltage
source.
-Inverter drive
Circuit.
-Generate 220-60Hz
from battery of 12
volt.
Group work lecture&Disc
overy
Power supply Homework
12 4 4
DC/AC
Motor
control
DC motor speed control. DC motor speed
control.
Partner work Classroom
&lecture
PPP-
Electronic
board
Report Change hour
from 12 to 6
13 Final Exam