Electrical Drives &
Instrumentation
Course No: EEE_205
PAGE 1
Introduction
Course Outline
Planning
Learning Outcome
Mark Distributions
Class Plan
PAGE 2
 Home town : Satkhira, Khulna
 University: IUT
 e-mail: ashif@eee.green.edu.bd
 Phone: 01772239611
Md. Ashif
Mahbub
 Research Profile:
1.
Performance Assessment of Machine Learning Classifiers
in Detecting Psychological Impact of Postgraduate
Students due to COVID-19
2.
Covid-19 and its impact on school closures: a predictive
analysis using machine learning algorithms
3.
Performance Assessment of Different Machine Learning
Algorithms in Predicting Diabetes Mellitus
PAGE 3
1.
Solve three phase balanced and unbalanced ac
circuits, optoelectronic devices and Piezoelectric
transducer based system[PO1]
2.
Describe the constructional features and operating
principal of different types of measuring instruments
for electrical quantities, electrical machines, as well
as their controlling mechanism techniques, PO2]
3.
Design different types of chopper, Instrumentation
amplifier, noise reduction circuit and power amplifier
circuit by identifying the impact in societal and
environmental contexts. [Po7]
Course
Outline
PAGE 4
Midterm Exam
Introduction to three phase circuits, Alternators and
transformers; Principles of Operation of DC, Synchronous,
induction, universal, and stepper motors; thyristor and
microprocessor based speed control of motors.
Instrumentation amplifiers: differential, logarithmic and
chopper amplifiers; Frequency and voltage measurements
using digital techniques, Recorders and display devices,
spectrum analyzers and logic analyzers; Data acquisition and
interfacing to microprocessor based systems;
Final Exam
Syllubus
Transducers: terminology, types, principles and application
of photovoltaic, piezoelectric, thermoelectric, variable
reactance and opto electronic transducers; Noise Design
Techniques. Noise reduction in instrumentation. Audio
Power Amplifiers: Review of Power Amplifiers; Output
Transformer less Power Amplifiers; Quasi-Complementary
Methods; Directly Coupled Circuits; Pulse-width and Other
Switching Methods; Innovative Circuit Design
PAGE 5
Mark Distributions
 Attendance
5
 Group Assignment
5
 Individual Presentation
5
 Class Test (best two)
15
Midterm
 30 marks
Final Exam
 40 marks
First Skill
Second Skill
Third Skill
Conclusion
PAGE 6
Class Test and Assignment Planning
First Skill
Second Skill
Third Skill
Conclusion
PAGE 7
Conclusion
First Skill
Any Question ??????
Second Skill
Third Skill
Conclusion
PAGE 8
Thank you all for cooperating me
PAGE 9