SAGAR INSTITUTE OF SCIENCE TECHNOLOGY (SISTec)

DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING FORM NO

BRANCH EX REV. NO
LECTURE PLAN
SEMESTER V REV. DT
Name of The Faculty:
Subject/Code: AMCAT Technical Training - Level 3

DAY MON TUE WED THU FRI SAT TOTAL LECTURES

PERIOD NO - - - - - - 45

PLANNED ACTUAL
S.NO SUB DETAIL OF LECTURE PLANNED REF REMARK
DATE DATE
NAME
Fundamentals of Microprocessor
Architecture. 8-bitMicroprocessor and
1. Microcontroller architecture,
Comparison of 8-bit, 16-bit and 32-bit
microcontrollers.

Definition of embedded system and its

characteristics, Role of
2. microcontrollers in embedded
Systems. Overview of the 8051
family.
The 8051 Architecture: Internal
Block Diagram, CPU, ALU, address,
data and control bus,
Microprocessor

3.
Working registers, SFRs, Clock and
RESET circuits, Stack and Stack
Pointer.
Program Counter, I/O ports, Memory
4. Structures, Data and Program
Memory, Timing diagrams and
Execution Cycles.
Addressing modes: Introduction,
Instruction syntax, Data types,
5. Subroutines Immediate addressing,
Register addressing, Direct addressing,
Indirect addressing,
Relative addressing, Indexed
addressing, Bit inherent addressing,
6. direct addressing.
8051 Instruction set, Instruction
timings. Data transfer instructions,
Arithmetic instructions, Logical
 instructions
Branch instructions, Subroutine
instructions, Bit manipulation
7. instruction. Assembly language
programs, C language programs.
Synchronous and Asynchronous
Communication. RS232, SPI, I2C
Assemblers and compilers.
Programming and debugging tools.
Memory and I/O expansion buses,
8. control signals, memory wait states.
Interfacing of peripheral devices such as
General Purpose I/O, ADC, DAC, timers,
counters and memory devices
Introduction and interfacing to
protocols like Blue-tooth and Zig-bee.
9.
LED, LCD and keyboard interfacing.
Stepper motor interfacing, DC Motor
interfacing, and sensor interfacing.

10. Assessment
Fundamentals of AC machine
11. windings.Physical arrangement of
windings in stator and cylindrical rotor
Full-pitch coils, concentrated winding,
distributed winding, winding axis, Air-
gap MMF distribution with fixed
12. current through winding -
concentrated and distributed,
Sinusoidally distributed winding,
winding distribution factor.
Constant magnetic field, pulsating
magnetic field - alternating current in
Electrical Machine-II

13. windings with spatial displacement,

Magnetic field produced by a single
winding - fixed current andalternating
current
Pulsating fields produced by spatially
displaced windings, spatially shifted
by 90 degrees, Addition of pulsating
14. magnetic fields, Three windings
spatially shifted by 120 degrees
(carrying three-phase balanced
currents), revolving magnetic field.
Construction, Types (squirrel cage and
slip-ring), Torque Slip Characteristics,
15. Starting and Maximum Torque.
Equivalent circuit. Generator
operation. Self-excitation.
16. Phasor Diagram, Losses and
Efficiency. Effect of parameter
variation on torque speed
 characteristics (variation of rotor and
stator resistances, stator voltage,
frequency). Methods of starting,
braking and speed control for
induction motors.
Doubly-Fed Induction Machines.
Constructional features, double
17. revolving field theory, equivalent
circuit, determination of parameters.
Split-phase starting methods and
applications
Constructional features, cylindrical
rotor synchronous machine - generated
EMF, equivalent circuit and phasor
18. diagram, armature reaction,
synchronous impedance, voltage
regulation. Operating characteristics of
synchronous machines, V-curves.
Salient pole machine - two reaction
theory, analysis of phasor diagram,
19. power angle characteristics. Parallel
operation of alternators -
synchronization and load division.
20. Assessment

Diode, Thyristor, MOSFET, IGBT: I-

21. V Characteristics; Firing circuit for
thyristor.
Voltage and current commutation of a
22. thyristor; Gate drive circuits for
MOSFET and IGBT.
Single-phase half-wave and full-wave
23. rectifiers, Single-phase full-bridge
thyristor rectifier with R-load and
highly inductive load;
Three-phase full-bridge thyristor
Power Electronics

24. rectifier with R-load and highly

inductive load; Input current wave
shape and power factor.
Elementary chopper with an active
switch and diode, concepts of duty
25. ratio and average voltage, power
circuit of a buck converter, analysis
and waveforms at steady state, duty
ratio control of output voltage.
Power circuit of a boost converter,
26. analysis and waveforms at steady
state, relation between duty ratio and
average output voltage.
27. Power circuit of single-phase voltage
source inverter, switch states and
instantaneous output voltage, square
 wave operation of the inverter,
Power circuit of a three-phase voltage
source inverter, switch states,
28. instantaneous output voltages, average
output voltages over a sub-cycle,
three-phase sinusoidal modulation
Concept of average voltage over a
switching cycle, bipolar sinusoidal
29. modulation and unipolar sinusoidal
modulation, modulation index and
output voltage.
30. Assessment
Travelling-wave Equation. Series and
Shunt Compensation of transmission
31. lines. Transformers: Three-phase
connections and Phase-shifts. Three-
winding transformers,
autotransformers
Neutral Grounding transformers. Tap-
Changing in transformers.
Transformer Parameters. Single phase
32. equivalent of three-phase
transformers. Synchronous Machines:
Steady-state performance
characteristics. Operation when
connected to infinite bus.
Real and Reactive Power Capability
Curve of generators. Typical
33. waveform under balanced terminal
short circuit conditions – steady state,
Power System

transient and sub-transient equivalent

circuits.
Loads, Per-unit system and per-unit
calculations. Insulation Coordination.
Propagation of Surges. Generation of
34. Over-voltages: Lightning and
Switching Surges. Protection against
Overvoltage, Voltages produced by
traveling surges. Bewley Diagrams.
Method of Symmetrical Components.
Balanced and Unbalanced Faults.
Representation of generators, lines and
35. transformers in sequence networks.
Switchgear: Types of Circuit Breakers,
Back-up Protection. Protection
schemes
36. DC Transmission Systems: Line-
Commutated Converters (LCC) and
Voltage Source Converters (VSC).
LCC and VSC based dc link, Real
Power Flow control in a dc link.
Comparison of ac and dc transmission.
 Solar PV systems Wind Energy
Systems. Permanent Magnetic
37. Synchronous Generators and Induction
Generators. Power Electronics
interfaces of wind generators to the
grid.
38. Assessment

Mathematical models of physical

39. systems. Control hardware and their
models.

40. Transfer function models of linear

time-invariant systems.

41. Feedback Control.Open-Loop and

Closed-loop systems

Concepts of state variables. State

42. space model. Diagonalization of State
Control System

Matrix.

Solution of state equations.

43. Eigenvalues and Stability Analysis.

44. Concept of controllability and

observability.
Pole-placement by state feedback.
45. Discrete-time systems. Difference
Equations.
State-space models of linear discrete-
46. time systems. Stability of linear
discrete-time systems.
47. Performance Indices. Regulator
problem, Tracking Problem.
48. Nonlinear system–Basic concepts and
analysis.
49. Assessment

PREPARED BY REVIEWED BY APPROVED BY

(FACULTY) (HOD) (PRINCIPAL)