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HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANM.SC. (ELECTRONICS) CBCS Syllabus 2011

Document code : SYLLABUS MSELE 2011Revision No: 00Name of Faculty SCIENCEFaculty Code SCProgramme Code : MSELEProgramme Name : MASTER OF SCIENCE (ELECTRONICS)Effective from: JUNE 2011

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Paper CodePaper

Type

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Marking schemeCredit

Total

Remarks External Internal

The

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The

Pra

1 101 MSELE101CC CC

Linear Electronics Devices & Circuits (LDC) 70 30 4 100

1 102 MSELE102CC CC

Programming in C and C++ (PIC) 70 30 4 100

1 103 MSELE103CC CC Analog Circuit

Design (ACD) 70 30 4 100

1 104 MSELE101ES ES

Advance Digital Electronics Concept (AEC) 50 2 50

1 105MSELE101P

R PR Practical & Project (PRP)

150 6 150

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2 201 MSELE201CC CC Communication-I

(CCC) 70 30 4 100

2 202 MSELE202CC CC

Transducers, IC & Information Technology (TIT)

70 30 4 100

2 203 MSELE203CC CC Microprocessor-

8085 (MCC) 70 30 4 100

2 204 MSELE201ES ES Computer soft

skill (CSC) 50 0 2 50

2 205 MSELE201PR PR Practical &

Project (PRP)150 0 6 150

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3 301 MSELE301CC CC Microwave

Electronics (MEC) 70 30 4 100

3 302 MSELE302CC CC

Microprocessor Peripherals and Advance Microprocessors (MPM)

70 30 4 100

3 303 MSELE303CC CC Communication-II

(CCC) 70 30 4 100

3 304 MSELE301ES ES

Remote Sensing and Research Methodology (RRM)

50 0 2 50

3 305 MSELE301PR PR Practical &

Project (RPR)150 0 6 150

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Code

Paper Code

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Type

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4 401 MSELE401CC CC Microcontroller

(MCC) 70 30 4 100

4 402 MSELE402CC CC

Power and Industrial Electronics (PIE)

70 30 4 100

4 403 MSELE403CC CC

Biomedical and Analytical Instrumentationp (BAI)

70 30 4 100

4 404 MSELE401ES ES Digital Signal

Processing (DSP) 50 0 2 50

4 405 MSELE401PR PR Practical & Project

(PRP)150 0 6 150

OR

4 400 MSELE401DI DI

Major Project Work with Dissertation (Report/Demonstration/Presentation /Viva etc.) (DIS)

500 0 20 500

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HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY

PATAN-384265M.Sc. Electronics - SEMESTER - I Syllabus (CBCS Pattern)

(Effective from June 2010)

Structure of syllabus :1. There will be three core theory papers each of 100 marks. 2. There will be one elective paper of 50 marks.3. Four lectures of 1 hour duration for each core theory paper and at least two lectures of 1 hour duration

for elective paper are to be assigned per week to complete the syllabus. 4. There will be three turns of practical of three hours duration per week are to be assigned to complete

the practicals. The number of student in a single batch should not exceed 10 (Ten ).5. There will be at least one turn for project preparation of three hour duration per week are to be assigned

to complete project work.6. Examination Pattern (Internal Marks + External Marks):

Theory Duration Marks Credit

ELE-101 3-Hours 30+70 4ELE-102 3-Hours 30+70 4

ELE-103 3-Hours 30+70 4Elective-104 2-Hours 00+50 2

------------------ ------ Total Marks & Credit (Theory) 90+260 14

-----------------------Practicals Duration Marks Credit

Experiment-I 3-Hours 00+50 2Experiment-II 3-Hours 00+50 2

Viva Voce and Demonstration of Project work 00+50 2 ------------------ ---

Total Marks & Credit ( Practicals & Project ) 00+150 6 ---------------------

Five questions will be asked in theory paper, with equal weightage of marks. Passing marks and ATKT provision as per University norms.1) ELE - 101 : Linear Electronics Devices & Circuits2) ELE - 102 : Programming in C and C++3) ELE - 103 : Analog Circuit Design4) Elective - 104 : Advance Digital Electronics Concept 5) Practicals & Project : Based on Theory Papers

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HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANProgramme code : MSELE Programme Name : M.SC.ELECTRONICSCourse Code MSELE101CC Semester : 1

LINEAR ELECTRONICS DEVICES & CIRCUITS(LDC)Course type : Core Compulsory Total Credit : 04

Teaching time(hours) Examination Marking scheme

Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100

Unit Topic Content Hours

MarksW + %

Credit

1 1.1 Semiconductor PhysicsThe energy band theory of crystals, Insulators,

Semiconductors and Metals, Mobility and Conductivity, Electrons and holes in an Intrinsic Semiconductor, Donor and Acceptor impurities, Charge densities, Hall Effect, Conductivity Modulation, Generation and recombination of charges Diffusion, Continuity Equation, Injected Minority carrier Charge, Potential Variation within a graded semiconductor, Energy distribution of electrons in a metal, Fermi-Dirac function, Densities of states, Electron emission from a metal, Carrier concentration in an intrinsic semi, fermi-level, band Structure of an open-circuit PN characteristic, dynamic diffusion capacitance. Schottky barriers, Rectifying contacts, Ohmic contacts, Typical schottky barriers, metal insulator semiconductor diodes: Ideal metal insulator semiconductor (MIS) diode, Surface space charge region, Ideal MIS curves.

2 2.1 Semiconductor Diode CharacteristicsOpen-circuited PN junction, P-N junction as a rectifier,

Current components in a PN junction diode, volt-ampere characteristics, Photo-diode, Temperature Dependence of diode characteristic, Transition capacitance (CT), Diffusion capacitance, diode resistance, charge control description of a diode, Rectifiers, full wave circuits, C, LC, II filters. Derivation of continuity equation, Application of continuity equation to the abrupt PN junction operating with constant current calculation of change densities at the edge of the depletion regions, Solution for continuity equation for a reverse biased abrupt PN junction. Solution for continuity equation for a forward biased abrupt PN junction.

3 3.1 Transistor Characteristics and Transistors Biasing and thermal StabilizationJunction Transistor, Transistor action, transistor currents component, transistor as a amplifier, transistor configurations- CB, CC, CE, CE cutoff, and saturation regions, Maximum voltage rating, DC operating point, Bias stabilization, Stabilization techniques, Bias compensation, Thermal runaway, Phototransistor

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4 4.1 BJT as small Signal low frequency amplifierTransistor as an amplifier, general characteristics of an

amplifier, Hybrid model, Determination of h-parameters from characteristics. Analysis of amplifier circuit using h-parameters. Common emitter circuit, common collector or emitter follower circuit, Common base circuit, Analysis of common emitter amplifier with collector to base bias, Comparison of transistor amplifier configurations, linear analysis of a transistor, Miller’s theorem and it’s dual, Cascading transistor amplifiers, simplified CE and CC hybrid model

5 5.1 Field effect transistorConstruction of JFET, operation of JFET, JFET

characteristics, pinch-off voltage, JFET volt-ampere characteristics, FET small signal, MOSFET, FET as a VVR FET biasing, Fixed bias circuit, Voltage divider biasing circuit, self bias circuit, biasing for depletion type MOSFET, JFET as an amplifier, JFET low frequency small signal model, Common source circuit, Common drain circuit

6 6.1 Transistor at high frequenciesHybrid II CE transistor, Hybrid II Conductance, Hybrid II

capacitance. Validity at Hybrid II Model, Variation of Hybrid II parameters, CE short-circuit current gain, current gain with resistive load, Single stage CE transistor amplifier response, Gain- bandwidth product, Emitter Follower at high frequency.

7 7.1 Multistage and power AmplifiersClassification of amplifiers, Distortion in amplifiers,

Frequency response of an amplifier, step response of an amplifier, Bandpass of cascaded stages, Two stage RC amplifier, Low frequency response of an RC-coupled stage. Effect of an emitter bypass capacitor on Low frequency response. High frequency response of two cascaded CE transistor stages, Multistage CE amplifier cascade at high frequencies Introduction, Difference between voltage and Power amplifier, Transformer coupled class A power amplifier, Impedance matching, Maximum collector efficiency of class A power amplifier, Push-pull amplifier- class A and class B.

8 8.1 Tuned Amplifiers Introduction, Classification of tuned amplifiers, Single tuned amplifiers, Double tuned amplifiers,Large signal amplifiers, Oscillations in a tuned amplifiers.

Reference Book :-No Book Name 1 Integrated Electronics by Millman and Halkias, MGH2 Solid state Electronics Devices. Ben G Streetman Prentice Hall of India. 3 Electronics Devices and circuits’ theory (sixth Edition) by Boylestead & Nashelsky4 Electronics Devices and circuits : An Introduction by Allen Motershead.

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PROGRAMMING IN C AND C++ (PIC)Course type : Core Compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100


MarksW + %

Credit

1 Programming in C.1.1 Overview of C: Importance of C, Programming style and execution1.2 Constants, Variables and Data Types: Character set, C tokens,

Keywords and identifiers, Constants, Variables, Data Types, Declaration, Assignment, Symbolic constants.

1.3 Operators and Expressions: Arithmetic, Relational, Logical, Assignment, Increment and Decrement, Conditional, Bitwise and Special operators, Evaluation of expression, Type conversions, Operator precedence and associativity, Mathematical Functions.

1.4 I/O Operation: Reading and writing a character, Formatted I/O1.5 Decision Making and Branching/Looping: IF statements, Nesting

of IF-else statements, else if ladder, switch statement, Conditional operator, Go to statement, While, Do-while and For statements, Jumps in loops.

1.6 Arrays: One dimensional array, declaration and initialization of array, Two dimensional and Multi-dimensional array.

1.7 Character Strings: Declaring and initializing string variables, reading and writing strings, Arithmetic operations on characters, concatenation, comparing, copying and finding, length of strings, string handling functions, table of strings.

1.8 Advance Pointers: From arrays to pointers, Pointers to structures, Self-referential structures, Fast sorting techniques, Pointers to functions, Linked data structures.

1.9 Data files: Opening and Closing data files, Creating a data file, Processing data file, Graphics: Video mode, coloring a screen pixel, Drawing lines, Drawing Rectangles, Drawing Ellipses, Filling shapes with color, Screen Modes, Animation, Graphics view ports.

2 Programming in C++2.1 Principles of object-oriented Programming , Basic concept of object-

oriented Programming Benefits of OOP , Difference between object oriented language and procedure oriented language.

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2.2 Introduction of C++, Class, Objects, Creating Simple program using class and object

2.3 Token expression and control structure, Classes and object in detail , Declaring class and defining member function, making outside function inline , Nesting member function, Private member function arrays within a class, memory allocation of objects, Static data members and Member functions , Arrays of Objects Object as a function argument, Friend functions, Returning objects, const. member functions.

Reference Book :-No Book Name 1 Programming in ANSI C – E Balagurusamy (TMH).2 Object-Oriented Programming with C++ - E Balaguruamy (TMH)3 Programming in C (ANSI STANDARD ) - M.T.Savaliya (Atul Publ.).4 Programming in C - Pradip Pandy & Manas Ghosh (Oxford Higher Education)5 Understanding C(Practical Apporach) – G.S.Baluja & G.K.Baluja ( Dhanpat Rai & co)6 Let us C by Y. Kenetker, (BPB publication)

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ANALOG CIRCUIT DESIGN (ACD)Course type : Core Compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100


MarksW + %

Credit

1 1.1 OP-AMP: Operational Amplifiers, Schematic Diagram of 741 IC OP-AMP, Schematic symbol and power supply requirements of OP-AMP, Ideal operational amplifier, Basic operational amplifier circuit.

1.2 OP-AMP Characteristics and various practical parameters: DC Characteristics – Input Offset voltage, Input Offset current, Input Bais current, AC Characteristics – Gain Band Width product, Rise time, Slew rate etc

1.3 Applications: .OP-AMP Square wave Generator, Triangular wave Generator, Voltage Controlled Oscillator, 555 Timer: Block diagram & working, 555- Timer as an astable multivibrator, as a VCO & Ramp Generator.

1.4 Linear Applications:- AC/DC Amplifier, Inverting and Non-Inverting Amplifier, AC Amplifiers with single supply voltage, The Peaking Amplifier, Summing, Scaling and Averaging Amplifier, Instrumentation Amplifier, Differential input and Differential output amplifier, Integrator, Differentiator, Voltage to Current Converter with floating and grounded load, Current to Voltage Converter, Voltage Follower,

1.5 Non Linear Applications:- Comparator, Zero Crossing Detector, Schmitt Trigger, Voltage Limiters, Clipper and Clampers, Absolute Value Output circuit, Peak Detector, Sample and Hold Circuit, Precision Rectifier – Half/Full Wave, Square, Triangular and Saw tooth Wave Generator, Log/ Antilog Amplifier,

1.6 Power OP-AMPs: OP-AMP as an Audio Power Amplifier, OP-AMP with current Boost Transistor, Hybrid IC Power OP-AMPs.

1.7 Integrated Circuits:

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Introduction, General Classification of ICs, Advantages of ICs over discrete components.

2 Applications of ICs:

2.1 Phase Locked Loop: Introduction, Operating Principle with Block diagram, Monolithic PLL IC-565, PLL operation, PLL Application: Frequency multiplication, Frequency Demodulation, FSK demodulator etc.

2.2 Active Filters: Classification of active filters, Butterworth filter, First/Second order low pass, High pass Butterworth filter, and higher order filters, band pass filters (wide/narrow), Band reject filter (wide/narrow), All pass filter.

2.3 Norton’s Op-Amp: LM 3900, Norton Op-Amp in inverting and Non-inverting configuration

2.4 Design of Power Supply: Simple OP-AMP Voltage regulator, Three terminal Voltage regulators, Fixed and Adjustable Voltage Regulators (78XX, LM317), Heat Sink, Dual Power supply (LM320, LM317), Basic Switching Regulator and its characteristics

Reference Book :-No Book Name 1 Op-Amp and Linear Integrated Circuits by R. A. Gayakwad 4th Edition (PHI) 2 Analog filter design Van Valkenburg (Oxford Publication)3 Application and design with Analog Ics 2nd Edition by J. Michael Jacob (PHI)4 Design with Operational Amplifiers & Analog Ics 3rd Edition by Sergio Franco (TMH)5 Linear and Digital Integrated Circuits by S P Eugene Xavier (Khanna publications)6 Linear Integrated Circuits and Applications by Dr. Y. Venkatramani (ISTE learning material)

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HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANProgramme code : MSELE Programme Name : M.SC.ELECTRONICSCourse Code MSELE101ES Semester : 1

ADVANCE DIGITAL ELECTRONICS CONCEPT (AEC)Course type : Elective Subject Total Credit : 02


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 50 ( 2 hrs) 50


MarksW + %

Credit

1 1.1 Number System and codes :Decimal, Binary, Octal, Hexa-decimal number system, Conversion of numbers from 1 number system to other, complement method of subtraction, 9’s and 10’s compliment method, 1’s and 2’s complement method, Floating point numbers. Weighted and Non-weighted code, Self complementing course, cyclic course, 8421 BCD code, XS-3 code, Gray code, Binary to Gray conversion, Gray to Binary conversion, Parity bit and its importance in error detecting.

2 2.1 Logic Gates and Boolean Algebra :AND, OR, NOR, NOT, NAND, X-OR, Inhibit circuits, Axioms and laws of Boolean algebra, D’morgans theorem, Duality, Reduction of boolean expression, converting AND/OR/INVERT logic to NAND/NOR logic

3 3.1 Simplification of Boolean expression:Expansion of a boolean expression to SOP and POS form, Minimization of POS and SOP expressions for 2 to 6 variables, Don’t care conditions, Combinational logic, Quine- Mcclusky methods.

4 4.1 Combinational Logic :The Half-adder, The Full-adder, The Half-subtractor, The Full-Subtractor, Parallel Binary Adders, The Look-Ahead Carry Adder, IC Parallel Adders, Two’s Complement Addition And Subtraction Using Parallel Adders, Serial Adders, BCD adder, Binary Multipliers, Code converters, Parity bit Generators/Checkers, Comparators, IC comparators, Decoders, BCD to 7-Segment Decoders, Encoders, , Priority Encoders, Multiplexers, Applications of Multiplexer, Demultiplexers

5 5.1 Sequential Logic : Flip-flops: Clocked R-S Flip flop, Edge-Triggered J-K Flip flop, Master Slave J-K Flip flop, Counters: Asynchronous Counters, Synchronous Counters, Basic D/A Conversion, Dual slope A/D Conversion. Design of Synchronous digital circuit designs: MOD-3, MOD-5, DECADE COUNTER, using J-K Flip Flop, Design of code

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converters: BCD to Decimal, Decimal to BCD using universal gates, Design of drive circuit: seven segment, multiplexed display.

Reference Book :-No Book Name 1 Digital logic and computer Design – M. Morris Mano, PHI Publication2 Fundamentals of Digital Circuits by A.Anand Kumar, PHI Publication3 Digital Electronics – R.P.Jain, TMH Publication4 Digital Electronics and Logic Design – B. Somanathan Nair , PHI publication

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HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANProgramme code : MSELE Programme Name : M.SC.ELECTRONICSCourse Code MSELE101PR Semester : 1

PRACTICAL & PROJECT (PRP)Course type : Practical Total Credit : 06


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 150 150

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PATAN-384265M.Sc. Electronics - SEMESTER - II Syllabus (CBCS Pattern)



for elective paper are to be assigned per week to complete the syllabus.4. There will be three turns of practical of three hours duration per week are to be assigned to complete





ELE-203 3-Hours 30+70 4Elective-204 2-Hours 00+50 2 ------------------ ------ Total Marks & Credit (Theory) 90+260 14


Experiment-I 3-Hours 00+50 2Experiment-II 3-Hours 00+50 2Viva Voce and Demonstration of Project work 00+50 2

------------------ --- Total Marks & Credit( Practicals & Project ) 00+150 6

---------------------

Five questions will be asked in theory paper, with equal weightage of marks. Passing marks and ATKT provision as per University norms.1) ELE - 201 : Communication-I2) ELE - 202 : Transducers, IC & Information Technology3) ELE - 203 : Microprocessor-80854) Elective - 204 : Computer softskill5) Practicals & Project : Based on Theory Papers

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COMMUNICATION-I (CCC)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100


MarksW + %

Credit

1 1.1 Modulation:Amplitude modulation, Frequency modulation and Phase

modulation

2 2.1 Methods of Amplitude Modulation Transistor modulators– (Collector modulation, Base

modulation, push-pull modulation and class C stage, FET drain modulator) FET square modulation, Balanced modulator, single side band (S.S.B.) generation

3 3.1 DemodulationDemodulation, A.M. Diode detectors, A.M. transistor bias

detectors Circuits, A.M. regenerative detectors, A.M. continues wave generators, A.G.C., transistor A.G.C. application,

4 4.1 Optical Fiber (Transmission ) Introduction, Attenuation, material losses in optical fiber,

Intrinsic and extrinsic absorption, linear and non- linear losses, fiber band loss, dispersion, intra model dispersion, intra –model dispersion (inclusive noise), fibers dispersion, single mode fiber, dispersion modified single mode fiber, dispersion shifted fiber, model fiber fringeness

5 5.1 Optical sources LASERS, Introduction, Basic concepts, optical feedback and laser oscillation, condition for laser oscillations, optical emission from semiconductor, semiconductor injection lasers, non- semiconductor lasers : (i) The Nd –YAG laser (ii) glass fiber laser, narrow line width wavelength tunable lasers LEDs : LED and power efficiency, LED structure and LED characteristics, introduction to optical modulation

6 6.1 Satellite Communication

7 7.1 Modulation in satellite communication :

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Analog modulation, Analog FM carries

8 8.1 Satellite Channel :Electromagnetic field propagation, antennas, atmospheric

losses, receiver noise, carrier to noise ratio, satellite link analysis, depolarization, spot beam in satellite down links

9 9.1 Satellite transponder : Transponder model, satellite front end (block diagram), R.F. filtering (only qualitative), satellite signal processing, transponder limitations, non- linear satellite amplifier : AM/AM conversion , AM/PM conversion

Reference Book :-No Book Name 1 Hand Book of Electronics By Gupata & Kumar, Pragati Prakashan, Meerut 2 Electronics and Radio Engineering by M.L Gupta, D.R. pub. Co., New Delhi3 Optical communication system By John Gowar, PHI EEE, New Delhi. 4 Optical fiber communications Principle and practice John M. Senior, PHI, New Delhi.5 An introduction to fiber Optics by R. Allen Shot well, 1999 PHI, New Delhi.6 Satellite communication by Robert M. Gagliardi, CBS Pub., New Delhi.7 Electronic communications by Dennis Roddy and John coolen, PHI, New Delhi.8 Essential of communication electronics By Morrirs Sluzberg and William osterheld, M.G.H., New Delhi.

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TRANSDUCERS, IC & INFORMATION TECHNOLOGY (TIT)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100


MarksW + %

Credit

1 1.1 Transducers Classification of transducers , Classification based on

electrical principle involved, Resistive position transducer , Resistive pressure transducer , Inductive pressure transducer , Capacitive pressure transducer , Linear variable differential transformer (LVDT) , Piezoelectric transducer , Strain gauge , Temperature transducer , Resistance temperature detectors , Thermistor ,Thermocouples, Photoelectric transducers , Different types of microphones , Carbon microphones ,Crystal microphones, Moving coil microphones , Ribbon microphones , Cardioid microphones , microphones , Moving coil loudspeaker , Double Cones.

2 2.1 Integrated circuits:General classification of IC, Advantages of IC over discrete

components, introduction of micro-processors, Features of hybrid IC technology, Thick film technology, Thick film processing, Thick film substrates, Thick film design guide lines, Advantages and applications of thick film hybrids, Thin film technology, thin film processing, Thin film design lines, Advantasges and application of thin film hybrids.

Isolation techniques, fabrication of IC components, IC transistor formation, IC diode, IC diffusion resistors, IC capacitor, Complete IC formation, Relative study of thin and thick film components, LSI and MSI, Application of ICs

3 3.1 Information Technology

4 4.1 Computer network Local Area Network (LAN), Metropolitan Area Network (MAN), Wide Area Network (WAN), Routing, Network topology , Transmission Technology , Internet works and the internet protocols open systems, Inter connection reference model

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5 5.1 InternetNetwork client and serves, Host and terminals, TCP/IP WWW: World Wide Web Hypertext, Uniform, resource locator (URL) Web Borrowser address domain name, Internet service provider (ISP’s), Internet security requirements Web search engine, net surfing, Internet services case study internet.

6 6.1 MultimediaCompression, components of multimedia.

7 7.1 Security aspects for PCs Definition of security, need of security, security on networks,

definition of virus, virus characteristics , virus history , Different kind of virus, damage done by virus , virus prevention, Network and virus network, protection, the future of viruses, anti-viruses in future.

Reference Book :-No Book Name 1 Electronics and Radio Engineering by M.L Gupta, D.R. Sons, New Delhi2 Integral circuits by K.R.Botkar, Khanna publishers, New Delhi3 Fundamental of information technology by Deepak Bharihoke.4 Thin film technology and applications, K.L.Chopra and L.K.Malhotra, TMH.5 Active and passive Thin Film Devices, J.J.Coutts, Academic Press.6 Handbook of Thin Film Technology, Leon I.Maissel and Reinhard Glang, MGH.7 The material science of thin films, Milton sothering, Academic Press.8 Thin Film Phenomena, K.L.Chopra, TMH9 O-Level Information Technology by V.K.Jain10 A-Level Data Communication and Computer network by Madhulika Jain and Satish Jain, BPB Publication

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MICROPROCESSOR-8085 (MCC)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70 ( 3 hrs) 100


MarksW + %

Credit

1 1.1 8085 Microprocessor Architecture and Interfacing of Memory and I/O Devices:

The 8085 MPU with internal block diagram , 8085 based microcomputer , Types of Memory, working of 8085 based single board microcomputer , Basic I/O and Memory interfacing concepts, Memory and I/O mapping,

2 2.1 Introduction to 8085 Instruction set and its assembly Language Programming:

The 8085 programming model , Instruction classification , Instruction format , How to write assemble and execute a simple program. Overview of 8085 instruction set , Data transfer operation Arithmetic operations, Logic operations, Branch operations, writing assembly language programs, Debugging of programs.

3 3.1 Programming techniques : Looping, counting and indexing, Additional data transfer and 16 Bit arithmetic operations related to memory , Logic operatons ( Rotate, Compare). Dynamic debugging Counter and time delays, program of Hexadedcimal counter and modula ten counter program for generating pulse wave forms. Debugging counter and time delay programs.

4 4.1 Stack and subroutines:Stack, subroutine, conditional call and return instructions,

Advanced subroutine Concepts.

5 5.1 Code Conversions:BCD to Binary conversion, Binary to BCD conversion , BCD

to Seven segment LED cod conversions, Binary to ASCII and ASCII to binary code conversion. BCD addition , BCD subtraction, Introduction to Advanced Instructions and applications, Multiplications,

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Subtraction with carry.

6 6.1 Interrupts:The 8085 Interrupts, Additional 8085 interrupts, Restart as

software instructions,

Reference Book :-No Book Name 1 Microprocessors Architecture, programming and applications with 8085/8080 a Second edition (up dated)

1995. by Ramesh S. Gaonkar, (wiley Eastern Limited).2 Introduction to microprocessor : Software, Hardware, Programming by Leventahal, Lance (Prentice Hall).3 Introduction to Microprocessor by A.P. Mathur (Tata – McGraw Hill).4 Microprocessor and Interfacing programming and Hardware By Hall Douglas V. (McGraw Hill).5 Microprocessors and Microcontrollers by Krishna Kant, PHI6 Microprocessor Architecture, Programming, Interfacing and Applications by Borole and Vibhute, Technowa

Publications, Pune7 Microprocessors and Microcontrollers by B.Ram, Dhanpatrai and Sons.

24


COMPUTER SOFT SKILL (CSC)Course type : Elective Subject Total Credit : 02


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 50 ( 2 hrs) 50


MarksW + %

Credit

1 1.1 MS-office

2 2.1 Micro-Soft Word Starting word, Word processor basics, word wrapping, adding or deleting tools, Selecting blocks of text, Copying text, Moving text, search and replace, editing a document, character formatting and style, Margin settings and columns, Justification of text, Line spacing, Setting tabs, Automatic tasks, Creating letters in readymade formats.Menus in Microsoft word: Menus, Menu bar, Toolbar, Table etc.

3 3.1 Micro-Soft Excel Introduction to spreadsheets, Use of spreadsheets, spreadsheets basics, Labels, Values and Functions, Formula, Functions, What-if analysis, Automatic recalculation, formatting spreadsheet, graphs.Introduction to Excel : Functions of Microsoft Excel, starting ms-excel, Excel work environment, changing the size of work book and excel window, Cell and Cell address, Standard toolbar, Formatting toolbar, the formula bar, status bar, Components of an excel workbook, closing excel workbook without saving, quitting ms-excelWorking in Excel : Moving inside a workbook, Moving the cell pointer quickly, Selecting a command, types of data, Entering data at cell address, Making changes to an entry, saving your workbook, closing the workbook, quitting ms-excelMathematical Calculations: Formulas using numbers, Formulas using cell address, Opening ms-excel and entering data, Defining functions, writing a function, Common excel functionsManipulating data: Moving data, Copying data, Relative cell addressing, absolute cell addressing, Copying values, not formula or function, deleting rows and columns, Deleting contents of a row, Inserting rows, inserting columns, Automatic filling of entries, quitting ms-excelChanging the layout: Aligning data, Increasing or decreasing the column width, Increasing or decreasing the height of rows, Erasing

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the contents of a sheet, Deleting data from the cell address, Setting column width to zero, Values formatting, Points to remember, Closing workbook and quitting excelSimple Graphs: Drawing a graph, Naming the sheet, saving the workbook, printing and closing a graphic sheet, opening the saved graphic sheet, quitting ms-excelDatabase Management: Entering data into database, Modifying a database, Sorting a database, closing workbook and quitting ms-excelManipulating Sheets: Adding sheet to a workbook, Adding many sheet to a workbook, renaming a sheet and entering data in it, Moving sheet, Copying data between sheets, Protecting the workbook, Deleting a sheet from a workbook, Saving the workbook automatically, Closing the workbook, recovering the deleted workbook, quitting ms-excel

4 4.1 Micro-Soft Power Point Starting PowerPoint, Creating presentations, Creating presentation using templates, Creating blank presentations.

Reference Book :-No Book Name 1 Comdex Computer Course Kit by Vikas Gupta, Publisher: Dreamtechl.2 Microsoft Office 2000 Complete by Sybex, BPB Publication3 Peter Norton Complete Guide to Microsoft Office 2000 by Wayne S. Freeze, BPB Publication.

26




Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 150( 3 hrs) 150

27


PATAN-384265M.Sc. Electronics - SEMESTER - III Syllabus (CBCS Pattern)








ELE-303 3-Hours 30+70 4Elective-304 2-Hours 00+50 2



Experiment-I 3-Hours 00+50 2Experiment-II 3-Hours 00+50 2Viva Voce and Demonstration of Project work 00+50 2

------------------ --- Total Marks & Credit( Practicals & Project ) 00+150 6

---------------------Five questions will be asked in theory paper, with equal weightage of marks. Passing marks and ATKT provision as per University norms.1) ELE - 301 : Microwave Electronics2) ELE - 302 : Microprocessor Peripherals and Advance Microprocessors3) ELE - 303 : Communication-II4) Elective - 304 : Remote Sensing and Research Methodology 5) Practicals & Project : Based on Theory Papers

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MICROWAVE ELECTRONICS (MEC)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Transmission lines:Distributed parameters, types of transmission lines,

Calculation of line parameters – Inductance of a coaxial line, capacitance of two parallel round conductors, capacitance of coaxial line, Voltage and current relation on radio frequency transmission line- voltage and current relation with distance from sending end, Propagation constant, Line distortion and attenuation-Condition for no distortion condition for low distortion ,achievement of the condition of low distortion lines of low loss, Line termination- by zero load (i.e. short circuited lines) by infinite load (i.e. open circuited line), by some resistance , by complex impedance by stub matching (With out standing wave ratio ), Standing wave ratio, Input impedance of dissipation less transmission line – case A, case B , case C, power Capacity and reflection losses on loss less lines, transmission lines as resonant circuit

2 2.1 Wave Guide Microwave Waveguides : Introduction, Rectangular waveguides : solution of wave equation, rectangular coordinates, TE modes in rectangular waveguides, TM modes in rectangular waveguides, power transmission in rectangular waveguides, excitation of modes in rectangular waveguides, characteristics of standard rectangular waveguides, circular waveguides : solution of wave equation in cylindrical coordinates, TE and TM modes in circular waveguide.

3 3.1 Microwave components Microwave cavities (Rectangular cavity resonators,

circular cavity resonator and semicircular cavity resonator, Q-factor of a cavity resonator), Microwave hybrid circuits (Waveguide Tees, magic Tees, hybrid rings, waveguide corner bends and twists). Directional couplers (Two-hole directional couplers, S-matrix of directional coupler, hybrid couplers), Circulators and Isolators (microwave circulators and microwave isolators).

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4 4.1 Microwave Tubes Conventional Vacuum triodes, tetrodes & pentodes

(Lead inductance and interelectrode-capacitance effect, transit angle effect, Gain band, Width limitations).

5 5.1 Klystrons Reentrant cavities, velocity modulation process, bunching process, output power and beam loading, state of the art), Multicavity Klystron amplifiers, beam current density, output current and output power of two cavity Klystron.

6 6.1 Reflex Klystrons Velocity modulation, power output and efficiency, electronic admittance.

7 7.1 Helix Travelling-Wave Tubes TWTs Slow wave structures, amplification process, convection current, axial electric field, wave modes, Gain considerations.

8 8.1 Magnetron OscillatorsCylindrical magnetron, equation of electron motion,

cyclotron angular frequency, power output and efficiency.

Reference Book :-No Book Name 1 Microwave Devices and circuits, Samuel Y.Liao, Prentice Hall of India.2 Introduction to Microwave Theory, H.A.Atwater, McGraw Hill Book Company.3 Foundation of Microwave Engineering, R.E.Coolins, McGraw Hill Book Company4 Microwaves, K.C.Gupta, Wiley Eastern Limited, India.5 Microwave Propagation and Techniques, D.C.Sarkar, S.Chand and Company Limited.6 Microwave semiconductor Devices and their circuit Application, H.A.Watson (ed.), McGraw Hill Book

Company7 Microwave Integrated Circuits, K.C.Gupta and A.Singh, Wiley Eastern India.8 Microwave Engineering and Applications, Om P.Gandhi, Maxwell Macmillan International Edition9 Microwave and Radar Engineering, M.Kulkarni, Umesh Publications.10 Hand Book of Electronics By Gupata & Kumar, Pragati Prakashan, Meerut


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MICROPROCESSOR PERIPHERALS AND ADVANCE MICROPROCESSORS (MPM)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Microprocessor Peripherals:Programmable Interface Devices : Basic concepts in

programmable Devices, The 8155/8156 and 8355/8755 multipurpose programmable Devices, The 8279 Programmable keyboard/Display Interface.

General purpose Programmable Peripheral Devices : The 8255 Programmable Peripheral Interface, Illustration : Interfacing keyboard and seven-segment display, Illustration : Bi-directional Data transfer between two microcomputers, The 8254 (8253) programmable interval timer; The 8259 programmable Interrupt controller, Direct memory access (DMA) and the 8257 DMA controller.

2 2.1 DAC & ADCInterfacing data converters : Digital to Analog converters.

Analog to Digital converters Hardware-controlled serial I/o using programmable chips. Case study – ADC 0808, DAC 0808

3 3.1 16-bit Microprocessors 8086/8088Internal architecture, Pin diagram, registers, memory

address space, segment registers, memory segmentation, stack, I/O space, addressing modes, instruction set and assembly language programming.Advance microprocessors like 8086,8088,80186,80286,80386 and 80486

4 4.1 Microprocessor ApplicationsMeasurement of physical quantities : Temperature

measurement and control, Water level indicator, Measurement and display of speed of a motor, Stepper motor, and its interfacing Microprocessor based traffic control. Frequency measurement.

Microprocessor development system, single chip microcomputers, I/o processor, Co-processors.

Reference Book :-No Book Name 1 Microprocessor architecture, programming and application, R.S.Gaonkar, Wiley Eastern Limited.. 2 Microprocessors and Microcomputers, B.Ram , Dhanpatrai and Sons.3 Microprocessor Architecture, Programming, Interfacing and applications, Borole and Vibhute

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(Technowawa Publications, PUNE).4 Microprocessors and microcontrollers by Krishna Kant, PHI, EEE, New Delhi.5 Introduction to the Intel family of microprocessors by James L. Antonakos, Pearson Education6 8086 microprocessor Programming and Interfacing with PC by Kenneth J. Ayala, Penram International

Publication(INDIA)

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COMMUNICATION-II (CCC)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Antennas: Antenna action, Short elective double, Thin linear antenna,

Thin linear antenna in space, Effect of ground :Image antenna, Field at a point above the surface of earth due to horizontal and vertical antenna close to Earth, Short vertical ground antenna, Field Strength at a point close to the antenna within the range of direct ray, Total effective resistance and efficiency of an antenna, Directive gain, Linear array of ‘n’ isotropic sources of equal amplitudes and spacing, beam width of main lobe, Yagi antenna, Loop antenna, Parabolic reflectors, rectangular horns, Antenna measurement

2 2.1 Propagation of EM wavesSurface wave Propagation, space wave propagation,

propagation of sky waves through ionosphere, skip distance and maximum useable frequency (MUF), equivalence of virtual height of reflection for oblique and vertical incidence, Satisfaction of ionosphere, Propagation of radio waves of different frequency

3 3.1 Facsimile TransmissionFacsimile Transmission, Facsimile transmitter, scanning,

Cylindrical scanning, Electronic (CCD) scanning, The scanning spot Facsimile receiver, Synchronization, Phasing, Index of co-operation, photographic recording, Direct recording, Analog Fax Transmission, Digital Fax transmission.

4 4.1 TelevisionGeneral principal image transmission, Pickup instruments,

Image scanning sequence, Compodite video signal, Resolution and B.W. in T.V. system, T.V. Transmitter, T.V. Receiver { Without Block diagram }, color T.V. Camera, Matrixing network, Simplifying color channel of a T.V. transmitter, color T.V. receiver, Few Definitions

5 5.1 RADARintroduction, Simple RADAR system, RADAR range

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equation, Factors influencing maximum range, Major components of a pulse RADAR system, RADAR antennas, Lobe switching, Duplexers (T.R Box), Indicator for RADAR receiver, automatic Tracking Radar (ATR), Moving Target indicator (MIT), continuous wave RADAR (CWR), F.M.C.W. RADAR

6 6.1 Satellite Communication Division Multiple Access (in frequency and time domain),

Frequency domain FDMA, non linear amplification with carrier, FDMA non linear analysis, FDMA channelisation, AM /PM conversion with FDMA qualitative only, satellite switch with FDMA, Time Domain:- TDMA, preamble design, Satellite effect on TDMA performance, Network synchronization, Access TDMA, Code division multiple Access(CDMA):- Direct sequence CDMA systems, Performance of DS-CDMA Satellite system, Code aquision and tracking, code generation, code aquision and tracking

Reference Book :-No Book Name 1 Hand Book of Electronics By Gupata & Kumar, Pragati Prakashan, Meerut 2 Electronics and Radio Engineering by M.L Gupta ( D.R. pub. Co.) New Delhi 3 Optical communication system By John Gowar PHI EEE New Delhi. 4 Electronics Communication Systems by George Kennedy (Tata McGraw HillPub. Co., New Delhi)5 Optical fiber communications Principle and practice John M. Senior, PHI, New Delhi.6 An introduction to fiber Optics by R. Allen Shot well 1999 PHI New Delhi.7 Satellite communication by Robert M. Gagliardi CBS Pub., New Delhi8 Electronic communications by Dennis Roddy and John coolen PHI New Delhi.9 Essential of communication electronics By Morrirs Sluzberg and William osterheld ( M.G.H.) New Delhi.

34


REMOTE SENSING AND RESEARCH METHODOLOGY (RRM)Course type : Elective Subject Total Credit : 02


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 50( 2 hrs) 50


MarksW + %

Credit

1 Remote Sensing and GIS1.1 Introduction to remote sensing, physical basis for remote sensing1.2 Types of satellite information, process of information extraction1.3 Remote sensing as a tool for study and management of ecosystems1.4 Geographical Information System (GIS): Introduction, principles1.5 Setting up a GIS laboratory, GIS data structure1.6 Data for GIS, GIS analysis capabilities, Applications of GIS1.7 GPS: Introduction, principle and working, applications of GPS

2 Research Methodology and Scientific Presentation2.1 Characteristic and type of scientific research2.2 Research and Experimental design2.3 Method of Data collection and Data analysis 2.4 Scientific Writing : Research proposal, Research Paper, Review

paper, Thesis, Conference report, Book review and Project report; Reference writing, scientific abbreviations

2.5 Preparation and delivery of scientific presentations

3 Computational Methods3.1 Introduction to Statistics: Definition and scope, collection,

classification, tabulation of data and its graphical and diagrammatic presentation

3.2 Measures of central tendency, dispersion and standard error; Probability distributions: binomial, poisson and normal distribution

3.3 Statistical significance: Hypothesis testing, types of error, level of significance, Student’s test, F test and Chi square goodness of fit

3.4 Simple linear regression and correlation analysis3.5 Non parametric tests: Rank test, F-max test, Mann –Whitney (U) test,

and Sign test.3.6 Popular software packages : SPSS, MINITAB, MATLAB

Reference Book :-No Book Name

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1 How to write and publish a scientific paper by Day, R.A.2 Guide to write scientific papers by Garson, G.D.3 Biostatistical Analysis by Zar.4 Developing Bioinformatics computer skill by Gibas.5 Instrumental method of chemical analysis by Sharma B K.6 Instrumental methods of analysis by D.A. Skoog7 Principle of GIS by Burough and McDonald.8 Processing of Remote Sensing data by Girard, M.9 Environmental Geography by Khan, M.

36


PRACTICAL & PROJECT (RPR)Course type : Practical Total Credit : 06


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 150( 2 hrs) 150

37


PATAN-384265M.Sc. Electronics - SEMESTER - IV Syllabus (CBCS Pattern)

(Effective from June 2010)Structure of syllabus :

1. There will be three core theory papers each of 100 marks. 2. There will be one elective paper of 50 marks.3. Four lectures of 1 hour duration for each core theory paper and at least two lectures of 1 hour duration





ELE-401 3-Hours 30+70 4ELE-402 3-Hours 30+70 4ELE-403 3-Hours 30+70 4Elective-404 2-Hours 00+50 2


-----------------------Practicals Duration Marks Credit Experiment-I 3-Hours 00+50 2Experiment-II 3-Hours 00+50 2Viva Voce and Demonstration of Project work 00+50 2

------------------ --- Total Marks & Credit ( Practicals & Project ) 00+150 6

---------------------Five questions will be asked in theory paper, with equal weightage of marks. Passing marks and ATKT provision as per University norms.1) ELE - 401 : Microcontroller2) ELE - 402 : Power and Industrial Electronics3) ELE - 403 : Biomedical and Analytical Instrumentation 4) Elective - 404 : Digital Signal Processing5) Practicals & Project : Based on Theory Papers

ORELE-400 Major Project Work with Dissertation Total marks = 500(Internal 00+External 500) and Credit=20

HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANProgramme code : MSELE Programme Name : M.SC.ELECTRONICS

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Course Code MSELE401CC Semester : 4MICROCONTROLLER (MCC)

Course type : Core compulsory Total Credit : 04Teaching time

(hours) Examination Marking schemeTheory

(hrs)Practical

(hrs)Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Introduction:-Evolution, comparison with microprocessor, survey of a 8-bit & 16-bit micro controllers and main features

2 2.1 Architecture of 8051 Microcontroller :-Block Diagram, Internal Registers & their functions, Oscillator & clock, Internal memory, Special function registers, I/O pins & ports, external memory, Counters & Timers, Serial data I/O, Interrupts

3 3.1 Programming Model:-System Model, Memory Organization, Instruction Set, Addressing Modes, Assembly Language, Program design, Tools & Techniques

4 4.1 Assembly Language Programming:-Data movement, logical operations, Arithmetic operations, Jumps & Calls instructions, Interrupt handling, I/O operations

5 5.1 Microcontroller based system Design:-Specifications, Pin Configuration, Interfacing External Memory, Reset & Clock circuits, Expanding I/O, Testing of Crystal & Memory

6 6.1 Application of Microcontroller:-Keyboard, Alphanumeric displays, frequency and pulse width measurement, A/D and D/A conversions and examples of industrial applications such as processor control, drives, signal processing

7 7.1 Serial Data Communication:-Network configurations, 8051 data communication modes and example programmes

Reference Book :-No Book Name 1 The 8051 Microcontroller – Architecture Programming & Application by K. J. Ayala (Penram Internation)2 Datasheet AT89C52, www.atmel.com.3 The 8088 and 8086 microprocessor by W. A. Triebel and Avtar Singh (PHI)4 Microprocessor and Interfacing – Second Edition by D. V. Hall (TMH)

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5 Microprocessors and Microcontrollers by Krishna Kant, PHI

40


POWER AND INDUSTRIAL ELECTRONICS (PIE)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Devices:SCR, TRIAC, DIAC, UJT, Power MOSFET, Gate-Turn-Off

Thyristor, IGBT, MOS Controlled Thyristor.

2 2.1 Three Phase Rectifiers: Polyphase rectifier, three phase half wave delta-wave rectifier, six phase star half wave rectifier, three phase delta-wye bridge rectifier, voltage and current relationship in polyphase rectifier, general m-phase rectifier circuit, transformer utility factor, rectifier performance.

3 3.1 Switching Action and Applications: Turn on methods of a thyristor, dynamic turn-on switching characteristics, Turn-off mechanism, Turn off methods, Thyristor types, Thyristor rating, di/dt and dv/dt protection. Series and parallel operation of Thyristor. Gate triggering circuits : Firing of Thyristors pulse transformers, optical isolators, gate trigger circuits, programmable UJT (PUT), Phase control using pedestal and ramp triggering. Phase control rectifier : Introduction, Phase angle control, single-phase half/full wave controlled rectifier, single phase half-controlled bridge rectifier.

Overvoltage protection, Fan regulator, Automatic battery charger, zero voltage switch, Integral cycle triggering, switch mode power supplies (SMPS), Uninterruptable power supply (UPS), ARC welding, Automatic voltage regulator using relays and servomotor.

4 4.1 Heating and Welding Techniques: Principle of induction/dielectric heating, Theory of induction/dielectric heating, Merits of induction heating, dielectric properties of materials, thermal losses in dielectric heating, Applications of induction/dielectric heating. Resistance welding, digital weld control timer, types of resistance welding, energy storage welding systems, spot welder timer with time sequence.

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5 5.1 Relay: Resistance sensitive relay, voltage sensitive relay, photosensitive relay, fast photo relay solid-state relays. Bargraph Array, Advantages of LED's, LED displays, LCD displays, Solar cells and its applications.

Reference Book :-No Book Name 1 Power electronics by M.D.Singh & K.B.Khandandani (THM)2 Power electronics by M.H.Rashid (PHI)3 Power electronics by P.S.Bimbhra (KP)4 Power electronics, devices and system by H.C.Rai5 Power electronics by P.C.Sen6 Industrial electronics by G.K.Mittal (KP)7 Electronics in industry by Chute & Chute8 Industrial and power electronics by H.C.Rai (Umesh P)9 Industrial electronic circuits and applications by Benedict and Weiner(PHI)10 Integrated circuits by K.R.Botkar (KP) 11 Power electronics circuits, devices and applications by Muhammad H. Rashid, 2nd Edition, Prentice-Hall of

India Publication12 Principles of Electronics by V.K.Mehta & Rohit Mehta, S.Chand & Co.Ltd.

42


BIOMEDICAL AND ANALYTICAL INSTRUMENTATIONP (BAI)Course type : Core compulsory Total Credit : 04


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 30 70( 3 hrs) 100


MarksW + %

Credit

1 1.1 Physiological Instrumentation: Introduction to Anatomy and Physiology of human body;

Measurement systems; Transducers; Biopotentials; Blood pressure measurement; Bioelectric signals measurements : ECG, EMG, EOG & ERG

2 2.1 Imaging Technology: Imaging Fundamentals and Mathematics; Projection X

radiography; Computerized tomography; Gamma camera; Nuclear magnetic resonance imaging; Ultrasound imaging; Doppler ultrasound, CT Scan

3 3.1 Medical Laboratory Instruments : Blood - blood tests - colorimeter - flame photometer- blood

cell counter pH/ blood gas; analyzer - chromatography - hem dialysis and machine

4 4.1 Bioelectronics and Biosensors : Principles and application of Bioelectronics and Biosensors ;

Impact of Electronics on Man and Biosphere

5 5.1 Chromatography: Principle and application HPTLC, HPLC, GC and FPLC;

Centrifugation: Basic principle and application; Differential, density and Ultracentrifugation

6 6.1 Spectroscopy: Basic introduction; UV, visible, IR, NMR, AAS, ESR, MS,

MALDI TOF and X ray diffraction

7 7.1 Molecular biology instrumentation: Sequencing of proteins and nucleic acids; Micro array

technology

8 8.1 Electrophoresis: Principle and application of native, SDS , agarose, 2D gel electrophoresis.

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Reference Book :-No Book Name 1 Hand book of Analytical Instrumentation by R. S. Khandpur(TMH)2 Handbook of Biomedical Instrumentation by R.S. khandapur ( TMH)3 Medical Instrumentation by John. G. Webster –John Wiley4 Principles of Applied Biomedical Instrumentation by Goddes & Baker – John Wiley5 Biomedical Instrumentation & Measurement by Carr & Brown-Pearson6 Hand book of Medical instruments by R.S. Khandpur –TMH, New Delhi7 Smart Biosensor Technology by George K. Knopf, Amarjeet S. Bassi, CRC Press8 Introduction to biomedical equipment technology by josph j. Carr and john m. Brown Pearson education Asia

publication 4th edition9 Analytical Biochemistry by David Holme, Hazel Peck, Pearson 10 Introduction to Medical Electronics Applications by Jennings, Edward Arnold11 Instrumental methods of analysis by D.A. Skoog12 An introduction to practical Biochemistry by Plumner 13 Instrumentation by Chatwal and Anand 14 Modern experimental Biology Benjamin by Boyer

44


DIGITAL SIGNAL PROCESSING (DSP)Course type : Elective Subject Total Credit : 02


Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 50( 2 hrs) 50


MarksW + %

Credit

1 1.1 DIGITAL SIGNAL PROCESSING:Introduction to Digital signal processing, Discrete-time

signals and systems : Discrete-time signals, sequences, linear shift-Invariant systems, stability and causality, linear constant-coefficient difference equations, frequency domain representation of discrete-time systems and signals, sampling of continuous - Time signals

2 2.1 Laplace Transformation:Laplace transform, Laplace transform of standard functions

partial factor development.Applications of Laplace transform to transient response of

RL, RC, LC & RLC ckt. With step and sinusoidal inputs. (Simple numericals).

3 3.1 Z-Transformation:Z transform : Z-transform, Inverse Z-transform, Z-transform theorems and properties.

4 4.1 Fourier Transform:The discrete Fourier transform : Discrete Fourier series and

its properties, sampling of Z-transform, discrete Fourier transform and its properties linear convolution using the DFT.

Reference Book :-No Book Name 1 Network Analysis by M.E. Van Valkenbury 2 Digital signal processing by Alan V. Oppenheim and Ronal W.Schafer (PHI)3 Elements of Digital signal processing by Prof.N.Sarkar (KP)4 Digital signal processing by N.G.Palan, Technowa publications5 Basic Electronics by Bamord Grob6 Theory and application of Digital signal processing by Lawrence R.Robiner and Bernard Gold (PHI) 7 Designing digital filters (PHI) by Charles S.Williams

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8 Hand Book of Electronics By Gupata & Kumar, Pragati Prakashan, Meerut

46




Theory (hrs)

Practical (hrs)

Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 150 150

HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATANProgramme code : MSELE Programme Name : M.SC.ELECTRONICSCourse Code MSELE401DI Semester : 4

MAJOR PROJECT WORK WITH DISSERTATION (REPORT/DEMONSTRATION/ PRESENTATION /VIVA ETC.) (DIS)

Course type : Dissertation Total Credit : 20Teaching time

(hours) Examination Marking schemeTheory

(hrs)Practical

(hrs)Internal(Marks)

External(Marks)

Total(Marks)

4X 15=60 500 500

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