1- MATRICES & LINEAR SYSTEM OF EQUATIONS · using lists in web document, ... Branching and Looping. Classes objects and method. Array. ... language, query patterns

FINAL YEAR DIP. IN COMPUTER ENGG

COURSE NO. BMA-306

COMPUTATIONAL TECHNIQUES

1- MATRICES & LINEAR SYSTEM OF EQUATIONS: Introduction. Direct method, Cramer’s Rule, Matrix, inversion method, Gauss/eliminations method Gauss Jordon method, LB decomposition method (triangulation Method). Indirect method gauss- acidel iterative, jaconi method.

2- POLYNOMIAL EQUATION: Introduction. Intermediate value theorem. Method of successive bisections. Regula Falsi method. Iterative method.

3- APPROXIMATION & CURVE FITTING:

The general problem of approximation ,least square approximation. Curve fitting. Fitting a straight line, exponential curve fitting & data linearization technique, fitting a parabola.

4- INTERTPOLATION:

Introduction, Calculus of finite differences, polynomial interpolation. Interpolation with equal intervals. Newton’s Gregory forward and backward difference interpolation formulae. Interpolation with unequal intervals. Divided differences & their properties. Newton’s divided differences formulae. Lagrange’s interpolation formula.

5- CASE STUDY:

Programs based on problems in unit 1 to 5 in FORTRAN

BOOK RECOMMENDED 1-NUMIRICAL ANYLYSIS BY 2- NUMIRICAL ANYLYSIS BY 3- NUMIRICAL ANYLYSIS BY GUPTA

IIIYEAR DIPLOMA IN ENGINERING

(PRODUCTION/ PLASTIC/RAC/ELECTRONICS/COMPUTER)/(MECHANICAL/ ELECT. / INSTRUMENTATION)

INDUSTRIAL MANAGEMENT/ INDUSTRIAL ECONOMY & MANAGEM ENT

(BPE-312/BME-317)

Sessional Marks: 25

Exam. Marks (Revised) pds/Week: 2L

UNIT-1

INTRODUCTION TO INDUSTRIAL MANAGEMENT: Definition and necessity of industrial management, Management of men material and machine, Scientific management, Principles of scientific management, Classification of management, function of management, Structure of industrial organization, Types of organization structure and application, Responsibility and authority.

UNIT-2

INDUSTRIAL OWNESHIP: Definition and concept, Types of ownership, partnership

Organization ,joint stock company, private limited companies, public limited companies, private sector and public sector organization, merit and limitation of heavy, medium small scale, cottage and village industries.

MOTIVATION AND LEADERSHIP: Definition and motivation, method for improving motivation, Definition of leadership, Function of leadership, Manager as a leader, Duties of supervisor.

UNIT-3

FINANCIAL MANAGMAENT: source of finance, Element of costs, prime costs, Factory costs, other overheads, total costs, Selling prices and problem on these topics, Depreciation, Classification and method of providing depreciation, Problems.

WAGES AND INCENTIVES: Job evolution and merit rating, Definition and objective, ranking and point rating methods, introduction to wages, Type of wages, systems of wage payment, introduction to incentives, type of incentives problems based on Halsey and rowan system, Limited companies.

UNIT-4

ENTREPRENUERSHIP: Concept of entrepreneurship, characteristics of entrepreneur, Role of entrepreneur, meaning of small scale industries and its benefits, Preparation of project report, Step of planning a small scale industry (SSI)

HUMAN RESOURSE MANAGEMENT: Introduction, Objectives of HRD, Staff development, training strategies and method.

UNIT-5

LABOUR AND INDUSTRIAL LAWS: Importance and necessity, Types of Lab our laws and disputes, Brief description of Act such as Factories Act 1948, Workmen’s compensation Act 1923, Minimum wage Act 1948, Employee provident fund Act 1952.

ACCIDENT AND SAFETY: Introduction, Classification, Cause and Effect of Accident, Types of industrial hazards, Definition of safety consciousness, Safety measures and safety publicity.

MAINTANENCE: Definition, Types of maintenance, its objectives and needs.

PRACTICALS:

An entrepreneurship awareness camp is to be organized as a stretch for two to three days. Lecturer will be delivered on the following broad topics. There will be no external examination for this subject. Only attendance will be given to the students.

TOPIC TO BE COVERD IN ENTREPRENUERSHIP AWARENESS CAMP:

1-Concept on entrepreneurship, need and development of entrepreneurship attitude and qualities

2- Market research and feasibility report. Method for market research and preparation

of feasibility report.

3- Basic resources: Finance, infrastructure, man power training, technology and

information resource their sources, Prominent procedure and budgeting etc.

4- Assistance available: from district industries centre, Commercial Bank, state finance

corporation, Small industry service institute, Research and development

laboratories/Organizations and other financial and development

organizations.

5-Book keeping and inventory control.

6-Quality management, state and marketing techniques.

*Expert from various organizations/institution may be invited.

*the student should be given at least one exercise for preparation of feasibility report for any product.

WEB DESIGN & INTERNET DEVELOPMENT

Computer IIIrd Year

BLC-301

1-INTRDUCTION:

Introduction to internet, application of internet, how internet works, Internet protocol (IP) address, internet addressing conventions, the domain name system, configuring PCS/W for the internet, getting connected to internet, internet accounts: Terminal account, TCP/IP account. Introduction to web browsers- text based browsers and GUI based browsers.

2- INTRODUCTION TO HTML: HTML and its applications, HTML basics, document tags, container and empty tags, working with HTML. Text, emphasizing text imlicity and exlicity using lists in web document, nested ordered, unordered lists, menu lists, definition lists, graphics for web pages, working with links, tables.

3- ORIENTATION TO THE FRONT PAGE ENVIROMENT AND BUILDING WEB SITES:

Introduction to Microsoft front page- 98 components of front page-98 building new web sites using front page-98, editing and existing web page editor, creating links, adding image and special; feature to web, adding web functions, creating forms and connecting to databases, using the image composer.

4- PROGRAMMING IN JAVA: Overview of java language, constants. Variable and data types, operator and expressions. Decision making. Branching and Looping. Classes objects and method. Array. Vectors and strings.

5- APPLICATION OF JAVA TO INTERNET DEVLOPMENT: Graphics programming in java. Multithreaded programming. Exception Handling in java. APLET programming in java. Building WEB pages. Introduction to java script and its applications.

BOOK RECOMMENDED

1-Programming in java by E. Balagursamy by TMH publication

2- Java 2 complete BPB publications.

3- Programming in JAVA @ by QUE (prentice Hall) publications.

4-MCSE networking guide by BPB publications.

IIIRD YEAR DIPLOMA IN ENGG (COMPUTER)

Computer Communication Network (Revised)

Pds/week -3

Week /session

UNIT-1

INTRODUCTION: Basic idea of computer communications Network, uses, goals and Applications of networks, Network topologies like star, bus, ring. Protocol & protocol structure.

UNIT -2

REFRENCE MODEL: Introduction, Physical layer, data link layer, transport layer, session layer, presentation layer, application layer. Data transmission in OSI model. Protocol Hierarchies. TCP/IP reference model, Comparison of TCP/IP and OSI model.

UNIT-3

PHYSICAL AND DATA LINK LAYER CONCEPTS: Asynchronous & synchronous serial transmission, DTE-DCE Protocols, MODEM & their types. ALOHA and slotted ALOHA, CSMA, CSMA/CD. Introduction to MAC layer, Flow control: ARQ, Error control.

UNIT-4

CONPUTER COMMUNICATION NETWORK : Classification of network on the basis of switching techniques, circuit switching. Message switching, packet switching- datagram and virtual circuit types. Routing. LAN/ MAN Technology& topologies.

UNIT-5

WIRELESS NETWORK & INTERNET: Wireless networks: gsm. ismb, IrDA, etc, telnet, FTP, virtual Terminal MNS, principle of inter networking, bridge and gateways, history of development of internet, uses and services of internet, types of internet accounts, world wide web, WWW browsing & home page.

BOOKS: 1- Telecommunications & the computer, by James Martin 2- Data and computer communications, by William stalling. 3-Computer network by A.S. Tanenbaum. 4- Data Comm. & networking by Forozan. 5- Local area networks by Peter Hudson. 6-Understanding Local area network by Neil Jenkins.

IIIRD YEAR DIPLOMA IN ENGG (COMPUTER) SOFTWARE ENGINERING

BLC-303

UNIT-1 INTRODUCTION TO S/W ENGG. & IT’S EVALUATION: INTRODUCTION TO SOFTWARE ENGINEERING: The importance of software, evolution of software engineering. Software engineering paradigms, software development, life cycle, the classic life cycle. Prototyping iterative enhancement model, the spiral model, Project management, Project cost estimation. Project planning. UNIT-2 SYSTEM REQUIREMENT ANYLYSIS: SYSTEM SOFTWARE REQUIRAMENT ANYLYSIS: Computer based system, System engineering (Hardware. Software& Human Factor). System analysis requirement analysis. Software Requirement Specification. Structured Analysis (SSADM> DFD’s. ER Diagram) UNIT-3 SOFTWARE DESIGN: THE DESIGN & IMPLEMENTATIONOF SOFTWARE: Design objectives & principles design fundamentals, modular design, design methodologies (Procedural design. Object-oriented design), user interface design, Programming language fundamentals, coding style. UNIT-4 S/W TESTING AND MAINTANANCE: SOFTWARE TESTING & MAINTANANCE: Software testing techniques- fundamentals, white box testing, basis path testing, control structure testing, black box testing, software testing strategies, verification and validation unit testing, integration testing, validation testing system testing: Software maintenance- Maintenance characteristics, reverse engineering & re- engineering, software configuration management. UNIT-5 S/W QUALITY SOFTWARE QUALITY ASSURANCE & INTERNATIONAL STANDERED: Software quality assurance, Software review, Formal technical review, Software quality metrices, Formal approaches to SQA, Software reliability, ISO9000 recommendation & requirements. BOOK RECOMMENDED:

1-Fairley, R.E. “Software Engineering Concept” McGraw-Hill, 1985. 2-Jalote, P. “An Integrated Approach to Software Engineering: Narosa Pub. 3-Pressman, R.O. Software engineering: “A Practitioner’s Approach” 3rd McGraw- Hill, 1992

IIIRD YEAR DIPLOMA IN ENGG (COMPUTER) DATA BASE MANAGEMENT SYSTEM

BLC- 304

UNIT-1 INTRODUCTION INTRODUCTION TO DATABASE CONCEPT: Goals of DBMS including data independence. Data management Architecture- interface between application programmes and data management system. Distributed Data Bases. UNIT-2 STORAGE STRUCTURE & DATA ORGANIZATION Storage structures- possible representation for some sample data. Indexing Techniques: Hashing, The role of database administrator, Logical data organization, Physical Data Organization. UNIT-3 DATA MODEL DATA MODEL: Hierarchical, network and relational model with a description of the logical data structure representation of data base system. Detailed study of relational database management system domains, attributes, Key etc. UNIT-4 RELATIONAL DATABASEAND NORMALIZATION DATA NORMALIZATION: Need for data normalization, first, second, and third normal forms. Introduction to relation algebra and relational calculus, query facilities. UNIT-5 INTRODUCTION TO DDL& DML SQL (Structured Query Language). Data definition languages, data manipulation language, query patterns. Introduction to latest DBMS S/Wand their H/W requirement. BOOK RECOMMENDATION

1-Date, C.J- Introduction to data base system. Vol. 1 2- Dasai Vipin- Introduction to data base. 3-Database system, by A, Silberschaiz & Hennery F. Korth.

IIIRD YEAR DIPLOMA IN ENGG (COMPUTER) OPEREATING SYSTENM & COMPILER DESIGN

BLC-305 UNIT-1 INTRODUCTION TO O.S. & PROCESS MANAGEMENT INTRODUCTION: Evolution of operating system, types of operating system, batch processing system, multiprogramming, multiprocessing. Process: Process concept, Process control block, Concurrency, mutual exclusion, scmaphores, deadlock: types of schedulers, scheduling algorithm. UNIT-2 MEMORY MANAGEMENT Memory management (Contiguous allocation): Single process monitor, static and dynamic partitioned memory allocation, segmentation, memory management (Non-Contiguous): Paging, Virtual memory, management of virtual memory. File management: Disk organization, disk space management, disk scheduling. UNIT-3 EXAMPLES OF VARIOUS O.Ss. & INTRODUCTION TO COMPIL ERS Case study of PC-DOS and UNIX Operating system. Introduction to compilers, structure of compilers, compilers writing tools, programming language grammar. UNIT-4 PARSING Role of Lexical analyzer, simple approach to design of lexical analyzer, top down parsing, bottom up parsing, syntax directed translation. UNIT-5 COMPILATION OF VARIOUS STATEMENTS Translation of assignment, statement, Boolean expression and flow of control statement in to intermediate code, Error detection and recovery, problem in code generation, simple code generator, code optimization. BOOK RECOMMENDATION: 1-Harey m. Deitil: An introduction to operating system. 2-Dhamdhere: Compiler Construction principle design. 3-Godbole A.S.: Operating system. 4-Milan Milenkov: Operating system Design and Concepts. 5-Aho & Ullman: Principle of compiler Design.

IIIRD YEAR DIPLOMA IN ENGG (COMPUTER) COMPUTER GRAPHICS

BLC-307

UNIT-1 Introduction, Fundamentals, Classification of computer graphics. Advantages and representative user of computer graphics, display devices C.R.T. storage tube- DVST silicon target tube, plasma panel laser scan display, Beam penetration and shadow- mask color display. UNIT-2 Point plotting techniques, incremental methods, line drawing algorithms Criteria for good Computer generated line, simple and symmetric DDA, Bresenham algorithms, generation of other Curves and Circle generators. UNIT-3 Dimensional. Transformation: incremental method, line drawing algorithms Criteria for good computer generated line, Simple and symmetric DDA, Bresenhams, generation of other Curves and circle generator. UNIT-4 Clipping and windowing, Cohen-Sutherland line clipping algorithm polygon clipping algorithm of Sutherland and Hodgeman, Viewing transformation. UNIT-5 A simple computer graphics package, ground rule for graphics S/W design functional domain and function sets. Graphics primitives, Windowing a graph plotting program. BOOK RECOMMENDATION 1-Principle’s of Interactive computer graphics, by Newman& Sproull. 2-Fundamental of interactive computer graphics, by Foley and Van Dama.

IIIRD YEAR DIPLOMA IN ENGG (ELECTRONICS) MICRO WAVE & RADAR

BLE-304

UNIT-1 MICROWAVE TUBES Constructional feature, circuit and principal of working of Klystron amplifier, Constructional features, circuit and principal of working of reflex Klystron. Constructional features, circuit and principle of working of traveling wave tube. UNIT-2 WAVEGUIDES Elementary concept of waveguide transmission feature, Characteristics and application of rectangular waveguide. Derivation of expression for wavelengths, group and phase velocities in the waveguide and simple problem based on these. brief description with sketch of various wave guide accessories such as tees bends, twist, paper attenuator, phase shifter, directional coupler, isolator and termination tuner. Description of detector and detector mount. Impedance matching sections. UNIT-3 MICROWAVE ANTENNAS AND MICROWAVE MEASURMEN T Constructional features, Characteristics types and applications of parabolic dish antenna and lens (metallic and dielectric) antennas, dipole, Brief description of different types of feed (Horn, slot, dipole, Helix, Spiral). Technique to measure f, a, p, VSWR,Q and other quantities. UNIT-4 RADAR Introduction to Radar & concept of ambiguous and unambiguous range. Classification and application of radar. Block diagram and operating principle of basic pulse Radar. Radar range equations, parameter involved, range equation. Pulse width, duty cycle, Pulse repetition frequency Block diagram and operating principles of M. T. I. and tracking Radar. UNIT-5 MICROWAVE SEMICONDUCTOR DEVICES Limitation if Transistor at HF. Brief description and Schottkey barrier diode, varactor diode, tunnel diode, Gunn diode, Impatt diode and Pin diode, Parametric Amplifier. BOOK RECOMMENDATION 1-Communication system, by Sanjeev Gupta. 2-Communication System, by Kennedy.

IIIRD YEAR DIPLOMA IN ENGG (ELECTR ONICS) COMMUNICATION SYSTEM (BLE-307)

UNIT-1 DATA COMMUNICATION SYSTEM: EMERGANCE OF DATA COMMUNICATION SYSTEM: Data representation (communication codes): Signal encoding (NRZ, RZ, Manchester and Biphase codes); Modem: Basic description with block diagram, its Needs, types of operation (Simplex, Half duplex and full duplex); Characteristic of data transmission.

UNIT-2 SATELLITE COMMUNICATION SYSTEM: HISTORICAL DEVLOPMENT OF SETELLITE: Advantages and limitation of satellite communication: Communication satellite system; Geostationary orbit; Satellite frequency bands; Block representation and description of satellite transponders and earth stations; Multiple access techniques (TDMA, FDMA, CDMA, SDMA).

UNIT-3 FIBER OPTIC SYSTEM: Introduction to optical fiber; Light propagation in optical fiber; Modulation methods; Losses in optical fiber; Brief description of light sources and photo detectors; fiber optic communication system and general Block diagram; Comparison of optical fiber system with other systems.

UNIT-4 COMPUTER NETWORKS: Introduction to computer Networks and their uses; Network hardware: LAN, MAN, WAN and other topologies; Network software: Protocol Hierarchies; Introduction to OSI and TCP/IP reference model; Basic structure of Telephone system; Introduction to switching system and Circuit switching.

UNIT-5 CELLULAR MOBILE COMMUNICATION SYSTEM: Basic Concept of cellular mobile system, Block diagram of cellular communication system and its basic operation, frequency reuse; Channel Assignment; interference and system capacity; Handoff strategies; Intelligent cell concept and techniques.

REFRENCES: Data communication by P.C. Gupta. Communication satellite by john Martin Optical Communication system by J. Gower Computer Networks by A.S. Taunanbaum Mobile cellular Telecommunication by William C.Y, Lee

THIRD YEAR DIPLOMA IN ENGINE ERING (ELECTRONICS)

AUDIO AND RADIO SYSTEMS

BLE-308

UNIT-1 INTRODUCTION TO AUDIO SYSTEMS

Definition of audio systems, Velocity of sound and effect of atmosphere TERNINOLOGY: sound absorption, absorption coefficient, Loudness, Pitch, octave, timbre, harmonics, echo.

UNITS: Peon, sone, Mel, reverberation and reverberation time (only significance) condition for good acoustical deign of rooms, acoustic treatment material Constructional features. Principal of working& characteristic of microphones (moving coil, crystal, capacitor& wireless) & loudspeakers (direct radiator & horn radiator).

UNIT-2 AUDIO SYSTEM-II

Principle of compact disc recording & reproduction, Principle of recording & reproduction of sound on film. Principle of stereophonic systems. Introductory concept of woofers. Tweeters. Squawker, crossover networks, dolby system & DVD. HI-FI Systems (Definition and requirements), tone control, Bass control, treble control, balance control loudness control, definitions: compressor, limiter, expander, noise gate & equalizer (graphic & parametric). Basic public address system. Pre Amp & Power Amp.

UNIT-3 PRINCIPLE OF MODULATOR AND DEMODULATORS

Collector modulation, working of suppressed carrier balanced modulators (with derivation), Circuit and working of Varactor modulator Armstrong phase modulator. AM diode detector, Foster seely discriminator & ratio detector.

UNIT-4 AM RADIO TRANSMITTER AND RECEIVER

Block diagram of AM transmitter and function of each block. Block diagram of AM receiver and function of each block. Principle of suprerhetrodyne reception, Block diagram & explanation of each stage of superhetrodyne receiver. Choice of intermediate frequency, image and second channel interference, Introduction to AVC and band spreading.

UNIT-5 FM RADIO TRANSMITTER AND RECEIVER

Block diagram of FM transmitter and function of each block. Block diagram of FM receiver and function of each block. Idea of automatic frequency control, limiter, pre Emphasis & De- Emphasis.

Book recommendation: 1- Radio Engg by G.K. Mithal published by Khanna Publishers.

2- Audio and video Engg System by R.G. Gupta Published by Tata Mc Grow Hill Publishing Company Ltd.

THIRD YEAR DIPLOMA IN COMPUTER/ ELECTRONICS ENGINEE RING

DIGITAL AND IMAGE PROCESSING

(W.E.F.2007-2008)

BLE-309

UNIT-1 INTRODUCTION

Origin of digital image processing, fundamental step in digital image processing, component of an image processing system, imaging in various range of electromagnetic spectrum: Gamma rays, X-rays, ultraviolet, visible, infra-red, microwave and radio imaging.

UNIT-2 DIGITAL IMAGE FUNDAMEN TALS

Structure of human eye, image formation of human eye, brightness: adaptation and human eye, image formation model, sampling and quantization matrix representation of digital image, spatial and gray level resolution.

UNIT-3 IMAGE ENHANCMENT

Basic gray level transformations: Image negatives, log transform, piecewise linear transformations, contrast stretching, gray level slicing, bit-plans slicing, histogram equalization, histogram specification (histogram matching), image subtraction, image averaging, smoothing filter.

UNIT-4 COLOR IMAGE PROCESSING Color fundamentals, color models (RGB, CMY, HSI), Pseudo color image Processing; Intensity slicing, gray level complement, color transformation Full-Color image Processing; Color complement color slicing, color image smoothing, color image sharpening.

U NIT-5 IMAGE COMRESSION

Fundamentals of compression; Relative data redundancy, source encoder and decoder channel encoder and decoder. Error Free compression; Variable-length coding, Huffman coding, Lossless predictive coding, Lossy Compression; Lossy predictive coding, delta modulation.

BOOK RECOMMENDED

1-IMAGE PROCESSING- A.K. JAINM

2- DIGITAL IMAGEPROCESSING-GONZALEZ & WOODS

THIRD YEAR DIPLOMA IN ELECTRONICS ENGINEERING

TELEVISION SYSTEM

BLE-310

UNIT-1 INTRODUCTION

Nature of light color of light of different wavelengths. TEMINOLOGY: luminous intensity, luminous flux, luminance and their UNIT: Candela, lumen, nit lux. Color perception and their response of eye. Working of phototube. Picture tube. Element and information, Scanning Interlaced scanning. Raster, field, frame, Frame and field frequencies. Block diagram of monochrome & color TV transmitter and receiver.

UNIT-2 COMPOSITE VIDEO SIGNAL

Video signal component (analysis and waveform). Synchronization and blanking process. Front porch, back porch & equalizing pulses. TV transmission polarity. Vestigial Sideband transmission. Frequency interleaving& Bandwidth for color signal transmission.

UNIT-3 COLOR TV SYSTEM

Color theory, mixing of colors, additive mixing, subtractive mixing. PICTURE QUALITIES: brightness, contrast, resolution, hue, saturation. Luminance and chrominance signals. Compatibility of receiver. Color camera system. Color difference signals. Gamma correction camera output of different colors. TV standard and significant features of three color standard: NTSC, PAL & SECAM.

UNIT-4 PICTURE TUBES

Black & white picture tube construction & working. Electrostatic focusing, beam velocity, beam deflection. Deflection yoke, deflection angle. Centering magnets. Screen phosphor. Face plate. Screen brightness, EHT. Color picture tubes: delta gun, PIL & Trinitron. Convergence and purity. Degaussing. Raster distortions.

UNIT-5 ADVANCE TV SYSTEMS

Microcomputer Controlled electronic channel selection and tuning system. Remote control. Digital Television, HDTV, projection TV & three dimensional TV systems, Computer Controlled TV games. Typical faults and remedies. Block diagram and descriptions of new generation TV.

BOOK RECOMMENDED

1-MONOCHROME AND COLOR TV BY R.R.GULATI 2-N PRINCIPLE OF TV BY ANIL MAINI.3- NMODERN TELEVISION PRACTICE BY R.R. GULATI.


NETWORK SYNTHESIS & FILTER CIRCUITS

BLE-311

1-NETWORK FUNCTION AND THEIR REALIZABILITY

Network functions, properties of driving point functions, properties of transfer function, poles and zeros, time response, frequency response, magnitude and phase response, magnitude and phase plots of network functions, the biquadralic functions.

2-INTRPDUCTION TO FILTER CONCEPTS

Categorization of filters; low pass, high pass, band pass and band reject filters, gain equalizers, delay equalizers, passive active and other filter.

3-IMPEDENCE AND TRANSFER FUNCTION SYNTHESIS

Positive real function, reactance function, driving point synthesis; Synthesis of RC, RL, and LC driving point functions. Transfer function synthesis.

4-ACTIVE NETWORK AND FILTERS

Active elements, operational amplifier, negative impedance convertor, gyrator, generalized impedance converter sensitivity, single amplifier filters, low pass, high pass, band pass and band reject filter.

5-BASIC OF ACTIVE FILTER SYNTHESIS AND MONOILITHIC FILTERS

Positive feed back topology The cascades approach, biquad topologies, negative feed back topology, impedance scaling frequency scaling, and coefficient matching technique, RC; CR transformation OTA- based filter, introduction to switched capacitor networks.

BOOK RECOMMENDED: 1- V.K. AATRE “NETWORK THEORY AND FILTER DESIGN” WILEY EASTERN LIMITED

2- G. DARYANANI, “PRINCIPLE OF ACTIVE NETWORK SYNTHESIS & DESIGN” JOHN WILEY & SONS

3- F.F. XUO “NETWORK ANALYSIS AND SYNTHESIS” JOHN WILEY AND SONS.


Industrial and electronic instrumentation

BLE-316

UNIT-1 SIGNAL PROCESSING & INSTRUMENT AMPLIFIERS

Significant of signal conditioning, description of block diagram for DC signal conditioning. Requirement of instrumentation amplifier. Properties of instrumentation amplifier. Circuit diagram, working and advantages of instrumentation amplifier. Circuit diagram, working of OP-AMP use of OP-AMP in instrumentation system as inverter, adder subtract or multiplier and divider, integrator, differentiator, attenuated feed back etc.

UNIT-2 INDICATING RECORDING INSTRUMENTS (GRAPHIC RECORD)

Classification and amplification of different type of pf recorder, string chart recorder, single point recorder, multi point recorder, ultra violet recorder, magnetic recorder, digital recorder and their applications. Classification of display ( Seven segment display, 5dot matrix, real projection display, nixie tube, light emitting diode liquid crystal diode, segment gas discharge display) AC electronic voltmeter, electronic ohmmeter, Extension of range of electronic voltmeter and ammeter.

UNIT-3 DIGITAL INSTRUMENT

Schematic diagram and working principle of digital voltmeter (Ramp integrating and successive approximation type). Constructional feature and working principle of digital multimeter. principle of measurement of schematic diagram for time, Frequency and period measurement by using universal counter.

UNIT-4 MISCELLANEOUS INSTRUMENTS

Principle of measurement distortion meter and harmonic analyzer. Block diagram and description of spectrum analyzer. Q-meter Working principle of ECG, EEG & Ultrasound.

UNIT-5 MEASURMENT OF CIRCUIT ELEMENT POWER AND ENER GY

Ac Wheat Bridge, Maxwell’s inductance bridge, Maxwell’s capacitance bridge, Hay’s bridge, Wien Bridge and tuned bridges. Ohmmeter and multimeter. Single phase induction type energy meter, Measurement of power at audio and radio frequency.

THIRD YEAR DIPLOMA IN ENGINEERING

(ELECTRICAL & INSTRUMENTATION)

SWITCHGEAR PROTECTION

BEE-311

UNIT-1 SWITCHGEAR ARRANGMENT

Bus bar arrangement, current limiting reactors, station auxiliaries, Unit system and its importance. Switchgear equipment and Layout for power station and substance.

UNIT-2 CIRCUIT INTERRUPTION DEVICES

Fuse isolator & circuit breakers. Arc extinction principle. Circuit breaker classification. Constructional feature & operating principle of modern circuit breaker ratings.

UNIT-3 RELAY RELAYING CIRCUITORY

Faults: types: nature. Causes & consequences: Requisite of protective scheme Relay & their classification. Induction type over current & reverse power relays. Over current. Ground fault. Directional & Directional- over current relaying circuitry. Different types of static relay & relaying circuitry for over current & ground fall protection.

UNIT-4 SYSTEM PROTECTION

Principle of distance protection. Impendence relaying scheme for protection of feeders. Principle of differential protection. Merz system price system for protection of electrical machines. General scheme for power protection system components.

UNIT-5 SURGE PROTECTION & SYSTEM GROUNDING

Production & consequence of surge. Modern surge diverters. Protection against surges. Grounding & its methods. Grounding of dead metallic parts & neutral.

BOOK RECOMMENDED

Art & Science of protective Relaying Mason.



POWER ELECTRONICS

BEE-312

UNIT-1 POWER SEMICONDUCTOR DEVICES

Application of power electronics. Typed of converters. Idea switch, characteristics of power diode. SCR, Diac, Triac, GTO, rating, di/dt and dv/dt Limitations, snubber circuits.

UNIT-2 TRIGGERING CIRCUIT

Method of turning ON, gate characteristics, Simple R, RC UJT based triggering circuits, Principle of cosine and ramp control circuit, Driver and isolation circuit for thyristers.

UNIT-3 AC-DC CONTROLLED CONVERTORS

Principle of AC phase control, half wave & full wave control, full convertor with R, RL loads, and action of free wheeling diode semi convertors with R & RL loads, voltage /current waveform and expression 3-Phase fully controlled convertor with R load waveforms.

UNIT-4 DC-DC CONVERTOR

Types of commutation of SCR, Basic principle of D.C. Chopper TRC and CLC method, buck, and boost convertors, Types of Chopper circuits.

UNIT-5 DC-AC CONVERTOR

Principle of inverter series and parallel Inverter, Analysis of single phase bridge inverter, modified Mc-Murray Inverter.

BOOKS:

1- G.K.Dubey “Thyristorised power controlled “New Age Int.

2- M.H. Rashid, “Power electronics” P.H.I.

3- V. Subarmanayam”Power electronics” New Age.

4- P.S.Bhimra, Power Electronics, Khanna Publishers.

THIRD YEAR DIPLOMA IN ENGINEERING (ELECTRICAL & INSTRUMENTATION)

AUTOMATIC CONTROL SYSTEMS

BEE-313

UNIT-1 CONTROL SYSTEM – FUNCTIONAL ELEMENT & COMPON ENTS

Terminology, functional block diagram of open closed loop control system- examples, concept of feedback, time lag, dead time, hysteresis, linearity, self regulating and non self regulating system servomechanisms, Characteristic of control system components the electronic amplifier, modulator tachometer, Synchros, DC generator, amplidyne two phase induction motor, preumatic relay, hydraulic valves.

UNIT-2 BLOCK DIAGRAM AND TRANSFER FUNCTION CONCEPT

Use of transfer function notation in block diagrams. Block diagram algebra, block diagram of some representative type system, concept of Signal flow graphs, Signal flow graphs of some representative type system, System order and type number.

UNIT-3 STABILITY

Basic concepts, characteristic root locations, Rout stability criterion. Hurwitz stability criterion, continued fraction stability.

UNIT-4 FRQUANCY, MIMPULSE & TRANSIENT RESPONSE TEST ING

Concept of stability of control system, open ;loop frequency response method, the Nyquist diagram, Relative stability control system, Time constant, Transport delay, Estimating shape of Nyquist Locus, the Bode diagram, Log gain and Log phase plot, plotting Bode diagram Nicholas Chart, closed loop harmonic response, M and N curves on the Nyquist diagram, M and N curves on the Nicholas chart, Impulse response testing, Transient response testing, Relationship between impulse and transient response.

UNIT-5 STABILITY TECGNIQUES AND SYSTEM PERFORMANCE General method of stabilization viscous damping, output derivative damping, Transient velocity damping, Gain factor compensation, Error- rate (derivative) damping. Frequency response diagram of phase load circuit with and without gain compensation. Error rate stabilization of a.c. systems. Integral control- frequency response damping of a phase lag network, stabilization using phase lag network, lag load compensation, Factor affecting transient response.



ELECTRICAL MACHINE-II

BEE-314

UNIT-1 THREE PHASE SYNCHRONOUS GENERATOR

Armature reaction. Synchronous impedance, circuit model. Phasor diagram. Voltage regulation and its determination by synchronous impedance (emf) & MMF methods. Power angle characteristic.

UNIT-2 PARALLEL OPERATION OF 3-PHASE SYNCHRONOUS GE NERATORS

Requirement of parallel operation. Method of synchronization. Load sharing between two generators. Effect of change of excitation. Effect of change of prime mover input. Cooling of generators.

UNIT-3 THREE PHAWSE SYNCHRONOUS MOTOR

Construction, principle of operation. Method of starting. Effect of change of excitation. Power developed. Synchronous phase modifiers.

UNIT-4 TRANSFORMERS

Construction of three phase transformer. Three phase transformer connections. Parallel operation of three phase & single phase transformers. Load sharing transformation from three to two phases and six phases. Cooling of transformers.

UNIT-5 THREE PHASE INDUCTION MOTORS

Expression for torque. Starting full load and maximum torque. Torque-slip and torque-speed curves. Equivalent circuit of an induction motor. Phasor diagram. Starting methods. Speed control. Losses and efficiency. Circuit diagram.

THIRD YEAR DIPLOMA IN ENGINEERING (ELECTRICAL)

ELECTRICAL POWER SYSTEM

BEE-315

UNIT-1 SUPPLY SYSTEM

Component of electrical energy system from generating station to consumers. Classification of sub station. Comparison of conductor cost in various systems. Advantages of high voltage transmission. Advantages of interconnection. Economic of power improvement.

UNIT-2 CONDUCTOR AND POWER CABLES

Types of conductors. Equivalent copper section. Kelvin’s law. Comparison of over head/underground systems. Power cable construction. Belted and screened cables. Oil-filled, gas-pressure and SF6 gas cables. Laying of Cables. Fault location. Murray Loop test.

UNIT-3 MECHANICAL CHARACHTERISTICS

Types of insulators. Voltage distribution & string efficiency. Improvement of voltage distribution. Line supports. Vibration of conductor and its prevention. Parabolic method of sag calculation at level supports. Ice and wind loading of conductors. Factors affecting sag. Use of sag template

UNIT-4 PERFORMANCE OF LINES

Line parameters. Expression for line inductance and line capacitance. Skin effect. Performance of short and medium lines. Nominal Tee and Pi-methods. Calculation of regulation and efficiency. Elementary idea about long lines.

UNIT-5 CORONA AND H.V.D.C.TRANSMISSION

Phenomena of corona. Factor affecting corona. Disruptive Critical and visual critical voltages. Corona power loss. Radio and television interference, Minimizing corona. Component of an HVDC transmission system. Multiterminal D.C. systems. Applications of HVDC systems. Limitation of A.C. transmission. Economic Comparison. Advantages and limitation of HVDC transmission. Classification of HVDC links.

BOOK RECOMMMENDED

1-Electrical power system by Ashfaque Hussain



ELECTRICAL MAINTENANCE ENGG.

BEE-317

UNIT-1 GENERAL

Maintenance, Preventive maintenance, Breakdown Maintenance, Purpose of Preventive maintenance, maintenance schedule. Preventive aids used in electrical installations. Safety training of maintenance staff. Cause of accident, treatment of Electric shock. Fire prevention and control.

UNIT-2 TESTING EQUIPMENTS

Method of use application of the following- Tong tester (Clip-on-meter). Multimeter. Phase tester, Phase sequence indicator, Earth tester, Mogger, Glower Tachometer. Cable fault location. Tone tester, Murryloop test.

UNIT-3 ROTATING MACHINES

Induction motor, Pre-commission test, Commissioning Maintenance. Maintenance schedule, trouble shooting and drying of motors.

Turbo alternator set, Commissioning, Preventive maintenance drying out Procedures of stator and rotor windings.

UNIT-4 SIBSTSTION EQUIPMENTS

Transformers, testing of oil, drying of transformer, Pre-commission test, Commissioning Pre-maintenance schedule, trouble shooting of oil filled transformers. Circuit breakers Preventive maintenance, Maintenance schedule, trouble shooting of air blast and oil circuit breakers. Relays: Commisionioing, Time setting of relays and periodic tests and care of relays.

UNIT-5 TRANSMISSION AND DISTRIBUTION SYSTEM

Pre-commission test, Commissioning of overhead transmission and Distribution lines. Inspection and preventive maintenance overhead transmission and Distribution line. Commissioning preventive maintenance of underground distribution network. Earthing systems, Perissible earth resistance for different type of installations, method of improving earth resistance.


(ELECTRICAL & INSTRUMENTATION) ELECTRONIC INSTRUMENTATION-II

BEE-318

UNIT-1 INSTRUMENTATION AMPLIFIER & SIGNAL CONDITION ING

Typical characteristic of op-amps. Definition and implication of op-amp parameter input bias Current, input off set voltage, input off set current off set voltage Adjustment range. Input voltage range, CMMR supply voltage rejection ratio SVRR, input resistance, input capacitance, slew rate. Transient response-Ideal op-amp. Method of voltage off set nulling –Measurement of typical op-amp parameters. Increasing input impedance of op-amp. Instrumentation amplifier (AD612/614). Application of instrumentation amplifier (specific bridge) Temp indicator, light intensity meter etc. Application of op-amp sign changer, scale changer, phase shuffler integrator, differentiator, adder subtractor, voltage follower. Difference amplifier, alfenuator.

UNIT-2 DATA ACOUISTION & TELEMETERING

A to D and D to A convertors. S/H circuits Multiplexing: necessity and types, time division and frequency division multiplexers, de-multiplexing Telemetry: necessity, types and equipment. Signal generation, modulation, filtering & detection components of analog Data Acquisition, system Data logger. Block diagram specific examples: Digital Acquisition system. Analog multiplexer circuits.

UNIT-3 DATA TRANSMISSION

Data transmission systems. Advantage and disadvantages of digital transmission, T.D.M. pulse modulation, digital modulation, and pulse code format modems. IEEE- 488 bus. Opto-isolator RS 232 interface.

UNIT-4 DISPLSY DRVICE & RECORDERS

LEDs, LCDs- seven segment & matrix displays. Electro luminescent and electro phonetic image & liquid VAPOUR DISPLAYS, PRINTERS- Line printer, drum printer, impact printer & impact type dot printer matrix printer. Potenttiometric, galvanometric and servo recorder X-t and X-Y type, digital recorders.

UNIT-5 MISCELLANEOUS: INSTRUMENT & MINIMIZATION OF INTERFACE SIGNALS

Digital measurement of frequency, PH. Capacitance, digital tachometer automatic in digital instruments, measurement of high frequency, power using Bolometer &* calorimetric methods, Minimization and shielding of interference signals.


(INSTRUMENTATION & CONTROL)

PROCESS INSTRUMENTATION & CONTROL

BEE-319

UNIT-1 PROCESS CONTROL PRINCIPLE

Terminology used in process control-stability, regulation, transient regulation, Time response control element and Actuators Pneumatic; nozzle flappers system, Pneumatic amplifier. P to O and I to P- pressure to current and current to pressure convertors. Electrical- solenoid, dc & ac motor, stepper motor, Hydraulic actuator.

UNIT-2 CONTROL ACTIONS

Principle of ON-OFF fl0oating, proportional, Integral, (p + I), derivative, (P+D) proportional phase derivative, (P + I + D) controller, Realization of the above controller using Pneumatic systems.

UNIT-3 REALIZATION OF ELECTRONIC CONTROLLERS

Error detection in electronic controllers- Potential divider type, diff.-amp type single mode electronic controller-ON-OFF control action. Proportional control action, integral or reset control action, Derivative control action, using op-amps (P-I) (P-D). three mode electronic controller; composition of proportional integral and derivative control.

UNIT-4 DIGITAL CONTROLLERS-I

Basic concept discrete state process controls, ladder diagrams, relay sequencer and programmable controllers, realization of controller modes using digital methods.

UNIT-5 DIGITAL CONTROLLER-II

Computer in process, Control programmable controllers, Data logging, DAS, alarm and computer hardware, supervisory control, Computer based controller and controller software.

BOOK RECOMMENDED

1-Process control instrumentation Technology Curtis Johnson

2- Electronic Instrumentation S. K. Khadekar

3- Industrial Instrumentation & control S. K. Singh



MICROPROCESS0R & APPLICATION

BEE-320

UNIT-1 MICROPROCESSOR & ARCHITECTURE

Intel 8085-ALU. Timing and control unit, Registers, Data and Address bus, P Configuration, Intel 8085 instructions. One byte, two byte & three byte instruction. Timing and control signals fetch operation, execute operation.

UNIT-2 INTERFACE OF MEMORY & PERIPHERAL DEVICES

Address space partitioning- Memory mopped, I/O mopped I/O scheme, I/O interfacing-Data transfer scheme. Synchronous data transfer, Asynchronous data transfer, Interrupts driven data transfer, multiple, interrupts, interrupts of 8085.

Interfacing devices. I/O parts. Programmable Peripheral interface (PPI), 8255- Operating mode of 8255 Control word. Programmable interrupt controller Intel 8259, Programmable timer, Intel 8253.

UNIT-3 INSTRUCTION SET FOR INTEL 8085

Instruction and data format- single byte, two byte and three byte instruction. Addressing mode. Direct addressing register addressing, Register indirect addressing, Intermediate addressing, Implicit addressing, status flag, Intel m8085 Instructions-m Data transfer group. Arithmetic group, Logical group, Stack, I/OI and machine group.

UNIT-4 EXAMPLE OF ASSEMBLYU LANGUAGE PROGRAMMES

M/C Language programmes, demerits M/C language programmes, source language. Mnemonics Assembly language programmes. Assemble high level language. Interrupts, subroutines Editor, Monitor.

Programmes examples: Addition of two 8-bit numbers, 8-bit subtraction, I’ compliment of 8 bit number, 2’s compliment. Masking off, least & significant bits of an 8 bit number. Masking off, 4A.m. S.B. of a 8bit number and other.

UNIT-5 APPLICATION OF MICROPROCESSOR & MICRO CONTRO LLER

Analog to digital convertor ADC-800 S/H circuit, Analog multiplexers Interfacing of A/D convertor. (Assembly language programmed, Interfacing of ADC 800& Analog multiplexer AM 3705, DDC-800( programmed)Delay subroutine using one register, two Register and three register 7 segment display. FND-500/503 MAN 74A programmed). Application of Microprocessor and Microcontroller with specific examples.

BOOK RECOMMENDED:

1-Fundamental of Microprocessor—Dr. BN. Ram & Microcomputer

2- Microprocessor, Micro-controller—A.K. Mukhopadhyay & their Applications

3- Microprocessor, applications – Dr Ajit Pal



MAINTENANCE OF INSTRUMENTATION SYSTEM

BEE-321

UNIT-1 FUNCTIONAL ASPECTM AND SAFTEY

Maintenance versus repair, Reliability and failure mechanisms, preventive, breakdown and improvement maintenance, Economics of preventive maintenance, Maintenance schedule: Maintenance organization Responsibility of the instrumentation staff.

UNIT-2 TEST EQUIPMENT, SERVICING TOOLS AND TROUBLE SHOOTING

Test equipments- Multimeters, CRO, Logic probes, current tracer, logic pulsar, logic clip, logic comparator and logic analyzer, phase tester, earth tester, megger, growler and tone tester for locating cable faults. Hand tools and soft tools for servicing and maintenance Trouble shooting electronic circuit- Functional area, split half, Divergent and feedback path approaches.

UNIT-3 TESTING SWITCHING CONTROL COMPONENT & HARDWA RE

Testing of electromechanical devices, micro switches, connectors, push button switches, wires and cable, relays, preumatic switches and controllers. Diagnostic testing of resistors, electrolytic capacitors, semiconductor devices, ICs, transformer and inductors.

UNIT-4 MAINTENANCE OF PCBs, CIRCUIT AND SYSTEMS

Soldering and de-soldering, soldering electrostatic sensitive devices, protective coating after soldering, testing and repair of PCB assemblies and PCBs for power application.

Diagnostic testing and trouble shooting subsystem amplifier oscillators, power supplies, digital and electronic subsystems.

UNIT-5 TROUBLE SHOOTING MICROPROCESSOR CONTROLLED D EVICES & SYSTEM

Fundamental of microprocessors, microprocessors controlled systems, localizing the effects, common troubles in microprocessor controlled systems.


SYLLABUS FOR ENVIRONMENTAL STUDIES

COURSE NO: BCE-322

UNIT-1 INTRODUCTION TO THE ENVIRONMENT

Definition scope and importance, Need for public awareness. Natural resources and associated problems, Ecosystem- its component and energy flow.

UNIT-2 CAUSE AND IMPACT OF ENVIRONMENTAL DEGRADATION

Factor affecting environmental degradation. Global warming, Acid rain, ozone depletion, deforestation and desertification, Population explosion.

UNIT-3 TYPES OF POLLUTION-I

Types of pollution, Classification sources and effect of air and water pollution. Type of control methods.

UNIT-4 TYPES OF POLLUTION-II

Classification, sources and effect of land, Solid/Hazardous Waste and Noise pollution. Type of control methods, Role of an individual in prevention of pollution.

UNIT-5 MANAGEMENT OF ENVIRONMENT AND SUSTAINABILITY

Concept of sustainable Development, environment Management System (EMS)/ISO 14001, Environmental issue related to the specific discipline.


(ELECTRICAL MOTOR & CONTROL CIRCUIT)

COURSE NO. -322

UNIT-1

Electric Motor (DC motor) - Principle & operation of D.C. Motor, series shunt; compound motor with their applications. Starting of D.C. motor with speed control of D.C. Motors. Mechanics of conventional motor speed control.

UNIT-2

AC Motors: Principal and operation of AC single phase induction motor with split phase techniques. Three phase induction motor, construction and operating principal, starting and speed control.

UNIT-3

Relays & their application in motor control: Relays classification as voltage, current and frequency. Differential type relays. Thermal over load and time delay relays. Relay installation, adjustment & testing I.C Switches & their applications: specification Symbol & operation of push button, Toggle rotary, micro and limit switches. Operation in SPST, DPST, DPST, DPPT mode. Solenoid & contractors with NO (normally closed) contractors, Activated & polarized switches.

UNIT-4

. programmable delay circuits. Motor control with single / two push button for starting stopping. Push button inters locking forwarded reverse operations.

UNIT-5

Semiconductor devices and their uses: Characteristic and symbol of BJT, Thyristor, MOSFET, IGBT, DIAC, and TRIAC & UJT.

Fining circuit of Thyrister. Advantages of electronic Motor control. Solid state speed control method of AC motors and DC motors.

BOOK RECOMMENDED:

1-Electric machine by I.J. Nagrath & D.P. Kothari 2-Relays & their applications by M.C. Sharma (BPB Publications) 3- Electric Engineering by B.L.Thereja 4-Elecrical Technique by J.B. Gupta

Mechatronics (BEE-323)

BOS Held On: 09.5.2008

3rd Year Diploma in Engineering (Electrical/ Instt. & Control)

Unit-I

Introduction to Mechatronics

Background, Mechatronics as integration of various disciplines, scope & its importance with respect to interdisciplinary approach, components of a mechatronic system, Role of electronics in mechatronics, Response of systems.

Unit-II Sensors & Actuators

Sensors: Conventional & fiber optic based. Actuators: Electromechanical Actuators – Brushed & Brush less DC Motors, Induction motors, Synchronous motors. Pneumatic Actuators-Linear single-rod single acting, linear single-rod double acting, linear double-rod double acting, and linear rod less double acting. Hydraulic Actuators: Single acting spring return type, double acting cylinder type, and ramp type.

Unit-III

System Modeling

Introduction, system, Modeling, Mechanical systems: Basic modeling elements such as spring, damper, mass/inertia. Electrical Systems: Basic elements such as inductor, resistor & capacitor. Hydraulic systems: Basic elements such as Inertance, fluid resistance & Fluid capacitance.

Unit-IV

Computational Elements

Microprocessor, Micro controller, difference between microprocessor & micro controller, general requirements for control & their implementation in micro controllers. Classification of micro controllers, Intel’s 8XC196KC / KD micro controllers.

Unit-V

Design & Application

Difference between traditional & mechatronic design, Fault detection techniques: Watch dog timer, common hardware faults with specific types of components & systems such as sensors, switches& relays, motors, hydraulic & pneumatic systems. Fault finding techniques used with microprocessor based systems such as visual inspection, multimeter, oscilloscope, logic probe, current tracer, logic clip, logic comparator, signature analyzer, logic analyzer. Case studies: Strain gauge/ LVDT based weighing machines, Rotary optical encoder.

Books:

1. Mechatronics: N.P. Mahalik, Tata Mcgraw Hill 2. Mechatronics: W. Bolton, Pearson Education. 3. Mechatronics: V.S. Bagad, Technical publications Pune.

Annexure-2 Mechatronics (BEE-323)

BOS Held On: 09.5.2008

3rd

Year Diploma in Engineering (Electrical/ Instt. & Control)

Unit-I

Introduction to Mechatronics

Background, Mechatronics as integration of various disciplines, scope & its importance with respect to

interdisciplinary approach, components of a mechatronic system, Role of electronics in mechatronics,

Response of systems.

Unit-II Sensors & Actuators

Sensors: Conventional & fiber optic based. Actuators: Electromechanical Actuators – Brushed & Brush

less DC Motors, Induction motors, Synchronous motors. Pneumatic Actuators-Linear single-rod single

acting, linear single-rod double acting, linear double-rod double acting, and linear rod less double acting.

Hydraulic Actuators: Single acting spring return type, double acting cylinder type, and ramp type.

Unit-III

System Modeling

Introduction, system, Modeling, Mechanical systems: Basic modeling elements such as spring, damper,

mass/inertia. Electrical Systems: Basic elements such as inductor, resistor & capacitor. Hydraulic

systems: Basic elements such as Inertance, fluid resistance & Fluid capacitance.

Unit-IV

Computational Elements

Microprocessor, Micro controller, difference between microprocessor & micro controller, general requirements for control & their implementation in micro controllers. Classification of micro controllers, Intel’s 8XC196KC / KD micro controllers.

Unit-V

Design & Application

Difference between traditional & mechatronic design, Fault detection techniques: Watch dog timer,

common hardware faults with specific types of components & systems such as sensors, switches&

relays, motors, hydraulic & pneumatic systems. Fault finding techniques used with microprocessor

based systems such as visual inspection, multimeter, oscilloscope, logic probe, current tracer, logic clip,

logic comparator, signature analyzer, logic analyzer. Case studies: Strain gauge/ LVDT based weighing

machines, Rotary optical encoder.

Books:

4. Mechatronics: N.P. Mahalik, Tata Mcgraw Hill

5. Mechatronics: W. Bolton, Pearson Education.

6. Mechatronics: V.S. Bagad, Technical publications Pune.

Documents

1- MATRICES & LINEAR SYSTEM OF EQUATIONS · using lists in web document, ... Branching and Looping. Classes objects and method. Array. ... language, query patterns