IET AGRA SYLLAABUS(FIFTH SEMESTER) BRANCH- EI

                 COMPLEX ANALYSIS & PDES

                        B.E.Vth SEM(E.I.)

UNIT 1:-COMPLEX ANALYSIS:-

Complex number, Curve & region in the complex plane.

UNIT 2:-Analytic function:-

Analytic function, Cauchy Riemann equations, Laplace functions, Laplace equation, Harmonic function.

UNIT 3:-TRIGONOMETRIC FUNCTION:

Conjugate function, Exponential, Hyperbolic & Logarithmic function

UNIT 4:-COMPLEX INTEGRATION:-

Line integral, Cauchy integral theorem, Cauchy’s integral Formula, Cauchy’s inequality, Derivative of an analytic function, Taylor & Laurent series.

UNIT 5:-ZEROS & SINGULARITIES:-

Zero of an analytic function, Singularities, Type of Singularity, Residue at infinity, Cauchy’s residue theorem

UNIT 6:-PARTIAL DIFFERENTIAL EQUATION:-

First order PDE, Complete general & particular solution, Second order PDE with constant Coefficient, Solution for wave, Heat conduction Transmission equation.

Reference:  N P BALI

                                                                 ***AMIT YADAV***

                                               07EI06                                                

     MICROPROCESSOR INTERFACING CIRCUIT

             B.E.Vth SEM(E.I.)

UNIT 1:-INTRODUCTION TO MICROPROCESSOR:

Evolution of Microprocessor, Uses of Advantages of Microprocessor.

UNIT 2:-INTERNAL ARCHITECTURE:

Architecture & organization of 8-bit Microprocessor ex:Intel 8085,z 80, MC 6800,System bus signal , Bus cycle, Machine cycle , Timing diagram, Wait status Instruction sequencing, Execution instruction.

UNIT 3:-ASSEMBLY LANGUGE PROGRAMMING:

Instruction set of 8085, Different type s of instruction, Addressing modes, Assembly language & simple programming, Delay generation.

UNIT 4:-MEMORY INTERFACING:

Type of `interfacing  to microprocessor system(RAM,ROM) , address decoding techniques.

UNIT 5:-BASIC I/O INTERFACING:

I/O,Mapped IO,memory mapped IO,IO parts and inter facing with system bus,Programmed controlled IO,8212,8155,8255,8355,8251,Serial IO.

UNIT 6:-INTERRUPTS AND D.M.A:

8085 interrupt structure,interrupt driven IO,Priority interrupt,8259 priority inyerrupt controller,Real timeclocks and interval timer-8155,8253,8254,Direct memory access,8257 DMA controller.

UNIT 7:-MICRO CONTROLLERS INTERFACING TECHNIQUES:

A/D,D/A,stepper motor,keyboard,O/P display,Printe

Reference =B.RAM ‘ GAUNKAR’

                                                                         AMIT YADAV

                                                      07EI06                                                

                                   LINEAR INTEGRATED CIRCUITS

             B.E.Vth SEM(E.I.)

Unit1:-Differential amplifier:

Differential amplifier circuit,Differential amplifier circuit configuration,Types of differential amplifier (DIBO,DIUO,SIBO,SIUO) and it’s a.c/d.c analysis,Constant current bias,Current mirror,Level translator,FET and cascaded differential amplifier.

Unit2:-Introduction to operational amplifiers:

Introduction,Block Diagram representation of a typical OP- AMP equivalent circuits,Schematic symbol, Manufactures designation,Development of OP-AMP,IC package type,PIN identification,Temperature range,Device identification.

Unit:3

Interpretation of data sheets and characteristics of an OP-AMP:interpreting a typical set of data sheets and practical aspect of OP-AMP characteristics (OP-AMP 741) ideal OP-AMP and its equivalent circuit of anOP-AMP,Ideal transfer curve.

Unit:4:-General applications:

DC/AC amplifier,Picking amplifier,Summing scaling averaging amplifier,Instrumentation amplifier,Voltage to current converter with floating and grounded load and its application,Current to voltage converter,Integrator and differentiator,Zero crossing/window detector,Schmitt trigger,Sample and hold circuits,Log/Antilog circuits,Multilier circuit,Voltage limitor,Precision comparators,Clippers,Clampers and rectifier.

Unit5:-OP-AMP with negative feedback:=

Open loop OP-AMP configuration,Block diagram representation of feedback configuration,Voltage series feedback amplifier,voltage shunt feedback amplifier,Differential amplifier with one,two.three op-amp,Voltage controlled voltage source.Voltage controlled current source,Current controlled voltage source,Current controlled current source.

Unit:6:-Active filter oscillators:

introduction to open/close loop frequency response,active filter,1^st/2^nd order low-pass/high-pass/band pass/band reject,Butterworth filter,Biquad filters,Oscillators principle and condition,Types wien bridge phase shift, Quadrature,Square wave,Triangular wave,Saw tooth wave generator,Voltage control oscillator(using IC566).

Unit:7:Specialize IC application:

timer IC 555,as monostable,astable multi vibrator,and its application,Phase locked loops using IC565 and its application.

Unit:8-Voltage regulators:

Fixed/adjustable voltage regulators,Switching and special Regulators with current limiting and current fold back.

                                PRINCIPLE OF COMMUNICATION

             B.E.Vth SEM(E.I.)

·        INTRODUCTION:-

Elements of communication system and its fundamental limitation,modulation,benefits and application,

·        REPRESENTATION OF SIGNALS:-

Fourier series,fourier transform,properties of the fourier transform,fourier transform of finite power signals,autocorrelation and cross correlation, energy special density

·        SIGNAL TRANSMISSION OF FILTERINGl:-

Impulse response of LTI system,transfer function and frequency response,signal distortion and transmission,ideal filter, butter worth filter,pulse response rise time,correlation : input and output relation,spectral density: input-output relation

·        RANDOM SIGNALS:-

Probabilities and events,random variable and probability distribution  function,transformation of random variable,statical averages,random processes,correlation and power spectrum of  random signals,gaussian process,white noise, narrow band noise,filtrate random signals

·        AMPLITUDE MODULATION SYSTEM:-

Amplitude modulation,generation and direction of AM,DSB-SC and SSB,vestigial side band modulation,frequency division multiplexing

·        Frequency modulation systems:-

Pulse modulation and frequency modulation,narrow band and wide band FM,generation and detection of FM.

• NOISE IN CW MODULATION SYSTEMS:-

AM receiver,noise analysis of AM,DSB-SC and SSB using coharent direction,FM receiver,noise in FM systems,FM threshold error,pre-emphisis and de-emphasis in FM,

·        NOISE SOURCE AND CHARACTERIZATION:-

Physical source of noise,thermal noise,available  noise power,available power gain upto port network and noise figure,noise figure measurement,system noise calculation

REFERENCE BOOKS:

Communication system by  SIRNON HAYKINS/ A.D.CARLSO.

                                AMIT YADAV

                                                                              07EI06                                                                  

OPTO ELECTRONICS

             B.E.Vth SEM(E.I.)

• PHOTO SOURCE AND DETECTORS:-

Injection lumincences and LED ,material construction,drive circuitary,fundamental of lasers,Einstein relations,semiconductors,lasers,hetrojunctions,the optical sensor laser,characteristics of  laser radiation,single mode operation,compound cavity and distributed feedback lasers,photo detector,PIN and APD responsivety,response time,detector performance parameter

·        ELECTRO OPTIC EFFECTS:-

EO retardation,amplitude,phase and frequency modulation,beam deflection,ACOUSTO-optic,AO devices,non linear optic second harmonics generation,parametric amplification,oscillation,material perspective

·        FOURIER OPTICS AND HOLOGRAPH:-

Fourier transforming property of LENS ,image forming property of LENS,holographic in terpprometry,storage

·        OPTICAL COMMUNICATION SYSTEM:-

Analog and digital modulation schemes,FO communication system,FO local area network

·        OPTICAL FIBER SENSORS:-

Passive,active,multimode,FO sensors,signal MODEFO sensor,phase modulated ,polarization modulated,groscope

·        OPTICAL COMPUTING:-

Optical analog computing,digital optical computing,optical interconnect,residual no. system

Reference :

SELEVARJAN SWAROL (opto electronic instruments)

J wilson

                                                  AMIT YADAV

                                                                          07EI06                                              

              Analytical instrumentation

               B.E.Vth SEM(E.I.)

·        SPECTROSCOPIC ANALYSER:-

Absorption reflection techniques,atomic techniques- emission,absorption,X- ray spectroscopy,photo acoustic spectroscopy,microwave spectroscopy,mass spectrometers,electronic spin resonance spectroscopy

·        GAS ANALYZERS:-

Infrared and ultraviolet absorption,paramagnetic oxygen analyzers,thermal conductivity analyzers

·        LIQUID ANALYZERS:-

pH meter,pon selective electrode,conductivity meters,analyzers of measurement  of ammonia,silica,sodium

·        CHROMATOGRAPHY:-

Paper and thin layer,chromatography,basic part of gas chromatography,types of columns detection system-thermal conductivity,flame ionization(flame photometry),types of liquid chromnatography,column and detection system

·        ENVIRONMENTAL POLLUTION:-

Environmental pollution monitoring,smoke detectors,dust detectors,visible emission monitary system.

                                                        AMIT YADAV

                                                                          07EI06                                              

Reference:

R.khanpur