UNIT:<\/strong> UNIT-II:<\/strong> UNIT-III :<\/strong> <\/p>\n UNIT-IV:<\/strong> UNIT-V:<\/strong> TEXT BOOKS:<\/strong> REFERENCES:<\/strong> UNIT-1:<\/strong> UNIT-2:<\/strong> UNIT-3<\/strong> UNIT-4:<\/strong> UNIT-5 :<\/strong> TEXT BOOKS :<\/strong> REFERENCES:<\/strong> UNIT-I:<\/strong> UNIT-II:<\/strong> UNIT-III:<\/strong> UNIT-IV:<\/strong> UNIT-V:<\/strong> TEXT BOOKS :<\/strong> UNIT-1 :<\/strong> UNIT-II :<\/strong> UNIT-III :<\/strong> UNIT-IV :<\/strong> UNlT-V:<\/strong> TEXT BOOKS :<\/strong> UNIT I-:<\/strong> UNIT-II :<\/strong> UNIT-III:<\/strong> UNIT-IV:<\/strong> UNIT-V:<\/strong> TEXT BOOKS:<\/strong> UNIT-I:<\/strong> UNIT-II:<\/strong> UNIT-III:<\/strong> UNIT-IV:<\/strong> UNIT-V:<\/strong> TEXT BOOK:<\/strong> 1. Introduction To\u00a0PC\u00a0Hardware<\/span>. BE 3rd sem IT syllabus of RTMNU (Nagpur university – Information Technology)<\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"advanced_seo_description":"","jetpack_seo_html_title":"","jetpack_seo_noindex":false,"_jetpack_newsletter_access":"","_jetpack_dont_email_post_to_subs":false,"_jetpack_newsletter_tier_id":0,"_jetpack_memberships_contains_paywalled_content":false,"jz_research_post":"","_jetpack_memberships_contains_paid_content":false,"footnotes":"","jetpack_post_was_ever_published":false},"categories":[8],"tags":[357],"class_list":["post-1082","post","type-post","status-publish","format-standard","hentry","category-rtm-nu","tag-students"],"jetpack_featured_media_url":"","jetpack_sharing_enabled":true,"jetpack-related-posts":[{"id":1092,"url":"https:\/\/www.jitendrazaa.com\/blog\/others\/rtm-nu\/be-6th-sem-it-syllabus-of-rtmnu-nagpur-university-information-technology\/","url_meta":{"origin":1082,"position":0},"title":"BE 6th sem IT syllabus of RTMNU (Nagpur university – Information Technology)","author":"Jitendra","date":"September 15, 2010","format":false,"excerpt":"BE 6th sem IT syllabus of RTMNU (Nagpur university - 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\nMeaning, Nature and Scope of managerial economics. Concepts used in managerial economics such\u00a0as incremental concepts, Tinen perspective Discounting for time, Opportunity cost equimarginlism.\u00a0Law of diminishing marginal utility,’ Methodology of managerial economics, Simulation.<\/p>\n
\nDemand Analysis : Types of demand, Consumers and producers, Goods perishable and\u00a0durable goods, Determinants of demand, determinants of demand, price, income and\u00a0cross elasticity of demand, Methods of demands forecasting. ..<\/p>\n
\nTheory of production, Production function, Firm and industry, Laws of returns, Input output analysis,\u00a0Break even analysis, Cost concepts, Fix va6able average marginal and total cost, depreciation cost.<\/p>\n
\nNew economic policy liberalization, Globalization with respect to current Indian economic scenario,\u00a0International trade balance of trade and payments.\u00a0Price and Output determination under perfect competition, monopoly monopolistic competition,\u00a0Oligopoly, Pricing strategies adopted by the Indian and foreign companies,<\/p>\n
\nAccounting : Evolution of accounting, definition of accounting and\u00a0Accounting as an information system, Users of accounting information,\u00a0managerial accounting, Accounting principles, book keeping, Financial and<\/p>\n
\nI. Managerial Economics by O.P, Chopre
\n2. Managerial Economics by G.S, Gupta
\n3, Managerial Economics by D.N. Dwivedi.<\/p>\n
\nl. Managerial Economics by P.N. Reddy’
\n2. Managerial Accounting by S.P, Gupta .
\n3. Managerial Economics by K. C. Shankarnarayan<\/p>\n3IT 15 APPLIED MATHEMATICS<\/h5>\n
\nIntegral Transforms: Fourier Integral Theorem, Fourier And Laplace Transforms And Their\u00a0Simple Properties, Simple Application Of Laplace Transforms To Solve Ordinary\u00a0Differential Equations Including Simultaneous Equations, Solution Of One Dimensional\u00a0Diffusion And Wave Equation By Transform Method<\/p>\n
\nZ-Transform Definition And Properties, Inversion, Relation With Laplace Transform,\u00a0Application Of Z-Transform To Solve Difference Equations With Constant Coefficient.<\/p>\n
\nMatrices: Inverse Of Matrix By Adjoing Method And Its Use In Solving Simultaneous Equations, Rank Of Matrix, Consistency Of A System Of Equation, Eigen Values, Eigen Vector, Reduction Of A Diagonal Form, Statement And Verification Of Cauchy-Hamilton Theorem, Determination Of Roots Of Algebraic Equation By Matrix Method, Sylvester’s Theorem, Association Of Matrices With Linear Differential Equation Of Second Order With A Constant Coefficient.<\/p>\n
\nTheory Of Probability: Axioms And Models, Conditional Probability, Baye’s Rule\u00a0Examples, Random Variables \u2013Simple Examples, Discrete And Continuous Random\u00a0Variables, Jointly Distributed Random Variables.<\/p>\n
\nDistribution Of Random Variables \u2013 Examples Expectation \u2013Moments, Conditional\u00a0Distribution And Conditional Expectations, Stochastic Process \u2013Bernoulli And Poisson Process<\/p>\n
\n1. Mathematics For Engineers By Chandrika Prasad.
\n2. Advanced Mathematics For Engineers By Chandrika Prasad.
\n3. Matrix Methods For Engineering By L.A.Pipes.
\n4. Higher Engineering Mathematics By B.S.Grewal
\n5. Probability, Statistics With Reliability, Queuing And Computer Science Application
\nBy K.S.Trivedi<\/p>\n
\n1. Applied Mathematics For Engineers and physics by L.A.Pipes & harvile
\n2. Probability theory by Spiegel Murray, schaum series
\n3. Probability and Statistics for Engineers 4th Ed, by Miller, freund and Johnson<\/p>\n3IT17 ELECTRONIC DEVICES AND CIRCUITS<\/h5>\n
\nTheory Of PN Junction Diode, Junction Capacitance, Breakdown Zener Diodes, Varactor Diodes, Tunnel Diode, Power Supplies: Half Wave And Full Wave Diodes, Voltage Doublers, Filter Types L & Pi, Regulation, Ripple Factors, Voltage Stabilizers.<\/p>\n
\nJunction Transistor: Theory Of Operation, Static Characteristics, Breakdown Voltages, Current, and Voltage & Power Limitations.<\/p>\n
\nBiasing Arrangements, Voltage Gain, Current Gain, Input And Output Impedance For\u00a0CS, CE, And, CD, Fet Amplifiers, Brief Discussion About UJT & SCR Application.<\/p>\n
\nBiasing of BJT: Different Biasing Arrangements And Stability Factors, Thermal Runway In Power Transistors, Voltage, Current, Power Gain, Input And Output Impedances In CE, CE, & CC Amplifiers And Comparison.<\/p>\n
\nFeedback amplifier, oscillators using BJT Barkhausen’s Criterion ,RC phase shift ,Wein Bridge ,LC oscillators, crystal oscillators, frequency stability\u00a0Power amplifier: classification, A,B ,and C classes ,efficiency\u00a0Pushpull class: A ,B, all complimentary symmetric ,distortions and its calculations.\u00a0PRACTICALS based on above syllabus .<\/p>\n
\n1. Integrated Electronics By Millman & Halkias .
\n2. Electronic Devices & Circuits By Millman & Halkias .
\n3.\u00a0Electronic\u00a0Circuits<\/span> \u2013Discrete And Integrated By Schilling Belov .
\n4. Micro Electronics By Millman And Grabel.<\/p>\n3IT16 PROGRAMMING LANGUAGE \u2013’C’<\/h5>\n
\nAlgorithm ,flowchart ,program development steps ,basic structures of C language ,C tokens ,data types declaration of variables ,assigning values ,arithmetic ,relational and logical operators ,increment and decrement operators ,control operators, expression ,I\/O operations ,IF and SWITCH statements ,WHILE ,DO-WHILE and FOR statements ,programming examples.<\/p>\n
\nOne and two dimensional arrays ,initialization ,string variables , declaration ,reading ,writing ,string handling functions , user defined function variables and storage classes ,recursion ,preprocessor ,structure definition , initialized ,assigning values, passing of structure as arguments, unions, programming examples .<\/p>\n
\nDeclaration And Initializing Pointers ,Pointer Based Expressions, Arrays ,Strings ,Function And Structures ,C Program Examples ,File Management In C ,Opening And Closing ,I\/O Operations On Files , Programming Examples.<\/p>\n
\nEnumerated Data Types ,Renaming Data Types With Typedef(),Type Casting ,Bit-Wise\u00a0Operators And Bit Manipulation ,Pointer To Pointer To Pointer. Pointers To Functions. Functions Returning Pointers Functions With Variable Number Of Arguments, Dynamic Memory Allocation. Programming Examples.<\/p>\n
\nDrawing lines. circle. rectangle. ellipse. arc using standard library function. line drawing using DDA algorithm, Displaying text in various styles and fonts. drawing and filling shapes. pa1lets and colors. . Programming Examples.
\nPRACTICALS based on above syllabus<\/p>\n
\n1. Programming In ANSI C By Balguruswamy
\n2. The C . Programming By Kernighan And
\n3. LET US C By Y.C Kanetkar<\/p>\n3IT 18 ELECTRICAL SCIENCE<\/h5>\n
\nNetwork theorems : Superposition, Reciprocity Thevenin’s, Norton’s, Maximum power transfer for AC circuits, .Two port networks parameters and interconnections.<\/p>\n
\nNodal and Mesh analysis, Source transformation ,,Duality.<\/p>\n
\nMeasurement of Inductance, Resistance and Capacitance, Measurement of low, medium and high resistance, Elimentary methods of measurements of inductance and capacitance, Generalized theory of AC. bridges, Their uses for measurement of’ inductance and capacitance.<\/p>\n
\nMeasuring Instruments: Classification, Absolute and Secondary instruments, Electronics instruments (VTVM, CRG, DVM. etc.), Synchroscope.<\/p>\n
\nGeneralized principles of operation of alternators and synchronous motors, Stepper motor.<\/p>\n
\n1. Electrical Technology by B.L. Theraja
\n2. Electrical & Electronics Measurement & Instrumentation by A. K. Sawhney
\n3. Control System Engineering by 1.1. Nagarath and M.Gopal.<\/p>\n3IT 19 DIGITAL ELECTRONICS AND UESIGN<\/h5>\n
\nAnalog Vs. Digital Systems, Transistor as a switch,:Boolean Algebra, Boolean identities, Logic problems,.Binary, gray ,Qctal , Hex and ASCII codes, Gates and .their truth tables, DeMorgan’s ‘Law, Sum of products & Product of sums. Combinational Logic: Concepts,\u00a0SSI<\/span>, MSI & VLSI .circuit’ classification, Standard TTL, CMOS characteristics, Karnaugh map, Simplification of\u00a0sum of products and product of sum, Solution to problems using K-maps.<\/p>\n
\nDecoders, Encoders,\u00a0Multiplexers<\/span>, Demultiplexers, Code converters, Characteristics of display devices, Standard configuration of gates as SSI\/MSI\/LSI circuits, Conversion of decoders\/MUX into one another, Use of MUX as a function generator.<\/p>\n
\nIntroduction to flip-flop, Latches, Concept of clock, Memory organis~1tion with flip-flop as basic cell,RAM, ROM, EPROM and EEPROM – an overview, Master slave combination and conversion of one type to another type flip-flops .<\/p>\n
\nExcitation tables and introduction to sequential circuits. Counterssynchronous\/\u00a0asynchronous, Different modulo counters with reset\/clear facility, Design\u00a0of counters of arbitrary modulo with K-maps, Lock free counter.<\/p>\n
\nArithmetic circuits \u2013 Adders, Subtractors (Half and Full),” BCD adder\/subtractor\u00a0Concept of ALU and its design, Integrated circuit versions of multivibrators and their design parameters.<\/p>\n
\n1.\u00a0Digital\u00a0Design<\/span> by M.M.Mano
\n2. Digital Electronics Principles by Malvino
\n3. Digital Integrated Electronics by Herbert. Taub
\n4. Digital Circuit and Microprocessor by Herbe.rt Taub 5. Introduction to Digital System by Ralmer’
\n5. Digital Electronics by Ryan<\/p>\n3IT 21 COMPUTER WORKSHOP-I<\/h5>\n
\n2. Working Under DOS Operating Environment.
\n3. Working Under\u00a0WINDOWS<\/span> Operating Environment.
\n4. Multimedia ,IT In Business.<\/p>\n","protected":false},"excerpt":{"rendered":"