Download M[1].Phil.Electronics

M.PHIL ELECTRONICS
CURRICULUM
Sl.No
Papers
Max. Marks
Ex. Hrs.
1
Research Methodology
100
3
2
Advanced processor and microcontrollers
100
3
3
Advanced Electronics
100
3
100
-
4
Dissertation
SYLLABUS
PAPER – I
RESEARCH METHODOLOGY THEORY AND TECHNIQUES
(Bio Technology, Biochemistry, Botany, Chemistry, Commerce, Computer Science, Education, Electronics, Microbiology,
Home Science, Library Science, Management, Physics, Psychology, Public Administration, Sociology, Tourism Management,
Zoology)
Unit - I
Research – Definition – Importance and Meaning of research – Characteristics of research – Types of
Research – Steps in research – Identification, Selection and formulation of research problem – Research questions –
Research design – Formulation of Hypothesis – Review of Literature.
Unit – II
Sampling techniques : Sampling theory – types of sampling – Steps in sampling – Sampling and Nonsampling error – Sample size – Advantages and limitations of sampling. Collection of Data : Primary Data – Meaning –
Data Collection methods – Secondary data – Meaning – Relevances, limitations and cautions.
Unit – III
Statistics in Research – Measure of Central tendency – Dispersion – Skewness and Kurtosis in research.
Hypothesis – Fundamentals of Hypothesis testing – Standard Error – Point and Interval estimates – Important NonParametric tests : Sign, Run, Kruskal – Wallis tests and Mann-Whitney test.
Unit – IV
Para metric tests : Testing of significance – mean, Proportion, Variance and Correlation – testing for
Significance of difference between means, proportions, variances and correlation co-efficient.
Chi-square tests –
ANOVA – One-way and Two-way.
Unit – V
Research Report : Types of reports – contents – styles of reporting – Steps in drafting reports – Editing the
final draft – Evaluating the final draft.
Reference Books
1. Statistical Methods
- S.P. Gupta
2. Research Methodology Methods and Techniques - C.R. Kothari
3. Statistics (Theory and Practice)
- B.N. Gupta
4. Research Methodology Methods and Statistical Techniques - Santosh Gupta
Paper – 2
ADVANCED PROCESSOR AND MICROCONTROLLERS
UNIT – I
: 8085-MICROPROCESSOR
Architecture of 8085 – Flags – Instructions set of 8085 – programs – S/w and H/w
Interrupts
–
8255
Programmable
Peripherals
Interface-8279
Programmable
keyboard/Display Interfacing-ADC/DAC Interfacing-Traffic light control-Waterlevel
control.
UNIT – II
: INTEL FAMILY
The Intel 8086 Family Architecture – 80186, i286, i386 and i486 family
Architecture – Pentium processor – PIC processor.
UNIT – III
: 8051 MICROCONTROLLER
Introduction-8051
Architecture
–
Internal
memory-External
memory
–
Timer/Color-Serial data Input/Output – Serial data transmission.
Interrupts: Timer flag interrupt-serial port Interrupt-External Interrupt Calculation
of time delay.
UNIT – IV
: 8051 PROGRAMMING
Simple programs – Moving Data-Addressing modes-data Exchanges – Logical
operation-Bit level Logical operations-Bye level logical operations – Arithmetic
operations – Logical operation – Jump and call Instruction.
UNIT – V
: SURVEY OF SOFTWARE ARCHITECTURE
Introduction-Examples of Embedded Systems – Round Robin – Round Robin
with interrupts – Functions Queue Scheduling Architecture – Real Time Operating
Systems – Tasks and Tasks states – Task and Data-Shared data problem – Semaphore and
shared data – Ways to protect data.
Reference:
1. Goankar, R.S., Microprocessor Architecture, Programming and Applications,
Wiley Eastern (1995).
2. Ram, B., Microprocessor and microcomputer, Dhanpar Rai and Sons.
3. Hall, D.V., Microprocessor and Interfacing.
4. Kenneth J. Ayala, The 8051 Micro controller, Architecture, Programming and
Application.
5. Simon, E., Embedded System – A Softer Primer, Pearson Education.
6. Advanced Microprocessor – Daniel Tabak.
Paper-III
ADVANCED ELECTRONICS
UNIT-I : SMALL SIGNAL AND LARGE SIGNAL AMPLIERS
Transistors- FET and MOSFET Amplifiers – Equivalent circuit- circuit –Calculation of midband gain – input
and output impedance of various amplifiers cascade amplifier- Darlington bootstrapping Differential amplifier –CMRR
measurement using current source in Emitter A,AB,B,C and D type of operation –efficiency of class A amplifier with
resistive and transformer coupled load –efficiency of class B push-pull amplifier.
Unit-II SINUSOIDAL OSCILLATORS AND MULTIVIBRATORS
LC Oscillator – Colpitts , Hartley , clap- RC oscillators, Frequency range of Rc and LC Oscillator- Quartz
crystal constriction – Electrical equivalent circuit of crystal –oscillator and clock generator circuits using logic gates.
Collector coupled and Emitter coupled-astable multivibrators, monostable and bistable multivibrator – Schmitt trigger
circuits
Unit-III RECTIFIERS AND POWER SUPPLIES
Half and Full wave rectifiers –Ripple factor calculation for C,L,L-c and –Switch mode power supplies –
series and shunt regulators –power control using SCR-IC regulators and IC723.
Unit-IV LOGIC FAMILIES
RTL, DTL,TTL ECL, ICL,HTL,NMOS&CMOS Logic gates circuit diagram and analysis characteristics and
specifications tri-state gates
Unit-V ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTORS
Analog switches- high speed sample and hold circuits –sample and hold IC’s Types of D/A convertercurrent driven DCA- switches – for DCA-A/D converter- flash, single slope ,Dual slope successive approximation –
DM and ADM – Voltage to and voltage to frequency converters.
Unit-VI DIGITAL COMMUNICATION
Sampling theorem band pass sampling distortion due to sampling uniform and non uniform Quantization,
Quantization error PAM,PCM and TDMA principles Differential pulse code modulation and Delta modulation carrier
modulation techniques ASK,BPSK, FSK AND MSK.
Unit-VII PROGRAMMABLE LOGIC DEVICES
Basic concepts, Programming technologies programmable logic element (PLE), programmable logic array
(PLA) programmable Array(PAL) structure of standard PLD’s Complex PLD’s (CPLD) system design using PLD’sDesign combinational and sequential circuits using PLD’s
Unit-VIII MOS TECHNOLOGY AND CIRCUITS
MOS Technology and VLSI, Process prameters and consideration for BJT, MOS and CMOS, Electrical
properties of MOS circuits and Device modeling sub- micron technology and GaAs VLSI technology.
Reference:
1. Millman J and Halkias C.C. Integrated Electronics “McGraw Hill”
2. Donald L. Schilling charles Beloue, Electronic circuits” Third Edition, 1989
3. Millman J.and Taub H “ Pulse Digital and switching waveform” McGraw Hill
International 1992
4.Morris Mano, Digital logic and Computer Design” Prentice Hall of India 1998
5.simon Haykins “Digital Communication; John wiley 1988.