1201-Basic Electronics (Semester III)
1. Op-Amplifires and circuits,
oscillators, Active filters and voltage regulations.
Book: Electronics Devices by
Floyd, 3rd Edition.
2. Logic Families
Book: Digital Electronics by
R. Tokhiem, 3rd Edition
Chapter 3
3. AM and FM modulation, receivers and transmitters, Radio propagation
and Antennas.
Book: Electronic
Communication by Sharder, 5th Edtion,
4. Digital Communication
Book: Electronic
Communication, Modulators and Transmission by ______ Edition,
Chapter:
15
(Note:
This book may also be consulted for section 3 as well)
Note:
50% multiple-choice question and 50% subjective questions.
1202-Linear Algebra And Differential Equation (Sem. III)
Linear
Algebra
1) Vector spaces:
Linear combination and Linear dependence of vector, sub-spaces, spanning sets,
basis, dimention of a vector space.
2) Matrices:
Algebra of matrices, special type of matrices, Rank and Nullity. Ad joint and
inverse of matrices, Elementry raw operations, Enchelon and reduced Echelon
form, Rank of a matrix.
3) Linear
transformation. Mtrix of linear transformation.
4) System
homogeneous and non homogeneous equation, Gauss elimination and Gauss Jordan
methods.
5) Determinants,
Crammer’s rule.
6) Eigen Values
and Eigen Vectors.
(Chapter 7 of Kreysizng to be covered
completely supplemented by Kolman and Yousuf)
Differential
Equation
7) Formation of
differential equation by elimination of arbitrary constant, General and
particular solutions. Intial and boundary value problems.
8) Equations of
first order and first degree. Separation of variables, homogenous, exact
equations, Integrating factors, Linear and Bernoulli’s equations. Applications
to oscillations and electrical circuits. Orthoginal trajectors.
9) Second and
higher order linear differential equation with constant coefficients.
Complimentry functions and particular integrals. Applications to oscillations
and electrical circuits.
10) Methods of
undetermined coefficient and variation of parameter.
11) Cauchy Euler
equations.
(Chapter 1, 2,
and 3 of Kreyszing to be covered completely supplimented by Ross and Yousuf)
12) Solution of
system linear simultaneous differential equation by reduction to higher order
differential equation in one variable.
(Ex. 4.3 and
4.6 of Kreyszing)
Text Books:
§ Advanced
Engineering Mathemetics, 7th Edition, Erwin Kreyszing, John Wiley
and Sons.
Reference Books:
§ Linear
Algebra, 6th Edition, Barnard Kolman, Prentice Hall.
§ Differential
Equation, 3rd Edition, Shipley L. Ross, John Wiley and Sons.
§ Mathematical
Methods, S. M. Yousuf.
2201-Digital Computer Logic (Semester III)
1. Boolean Algebra
a) Boolean Expression
b) Rules and Laws of Boolean Algebra and
DeMorgan’s Theorem.
c) Boolean Expression for Gate Networks
d) Simplification using Boolean Algebra and
Karnaugh Map.
2.
Combinational Logic
a) Analysis and Design of Combinational Logic
b) Combinational Logic using universal Gates
3.
Logic Functions
a) Address, Half Adder, Full Adder, Parallel
Adder
b) Comparators, Decoders, Encoders,
Multiplexers, Demultiplexers.
4.
Counters
a) Design of Sequential Circuits (Asynchronous
and Synchronous circuit)
5.
Memories and Programmable Logic Devices
a) Memory concepts, ROM, RAM, PLA.
Recommended Books
1) Floyed, Thomas L., Digital Fundamentals (5th
Edition)
2) Tocci, Ronald J. and Neal S. Widmer, Digital
System: Principals and Applications (7th Edition)
3) Malvino, Albert Paul and Jeral A. Brown,
Digital Computer Electronics, Macmillan / McGraw Hill Company.
Practical:
Digital Computer Design Fundamentals (Sem. III)
1) Experimentally verify the operations and AND
gates, OR gates and INVERTER.
2) Experimentally verify the operations of NOR
gates and NAND gates.
3) Utilizations of the fundamental operations of
BOOLEAN ALGEBRA in Logic circuit.
4) Experimentally verify the laws and theorem of
BOOLEAN ALGEBRA and simplify the Boolean expressions with the help of logic
gates.
5) Study the operations of a BCS decoder.
6) Construct the a seven-segment display decoder
circuit.
7) Use of seven-segment decoder with
seven-segment LED’s.
8) Conversion of binary numbers through digital
circuits.
9) Arithmetic operation by a proper combination
of AND gates, OR gates and INVERTERS.
10) Construct Half-adder and Full-adder circuits.
Recommended Books:
Duoald P. Leach, Experiments in Digital Principals.
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2202-Discrete Structures Semester III
1. Set Theory: Basic set operations, Cardinality,
Product set, Relations, Partitioning of a set, Equivalence relation, Partial
ordering, Functions. (Chapter 3: Truss)
2. Algebraic structures, Binary operations,
monoids, semi-groups, groups, rings, fields, Homomorphism and isomorphism,
Algebraic closures.
3. Boolean algebras. (6.3: Truss, 4.5-4.6:
Prather)
4. Propositional logic: Truth tables, Tautology
and contradiction, Equivalent and contradictory propositions, Representation of
logical expressions as trees. (2.1: Truss)
5. Graph Theory: Undirected, directed and
weighted graphs, Paths, cycles and loops.
Hamiltonian and Eulerian cycles, complete and bipartite graphs,
Subgraphs, Graph homomorphism,
6. Adjacency and incidence matrices, Trees,
Reachability, Representation of algebraic expressions as trees, Polish and
reversed Polish forms. (Chapter 8: Truss, Chapter 2, 6.1: Prather)
7. Shortest path and minimal spanning tree
problems. (8.3: Truss)
8. Finite state machines with output,
Representation by transition diagram (3.8: Prather)
All topics to be
supplemented by Rosen.
Text Books:
1. Discrete Mathematics for Computer
Scientists, 2nd Edition, John K. Truss, Addison Wesley, 2000.
Reference Books:
1. Discrete Mathematics for Computer
Scientists, R.E. Prather, Houghton Mifflin Company, 1976.
2. Discrete Mathematics and its Applications,
K.H. Rosen, McGraw Hill, 2000.
2206-Assembly Lagnuage Programming (Semester III)
1. Digital Compouyer Organizations
a) CPU
b) Memory
c) I/O Devices
d) Languages
e) Assembly Language Applications
2. Data Representation
a) Number system and conversion between number
system
b) Signed and unsigned numbers
c) Bunary number’s arithmetic and Boolean system
3. Intel 16/32-bit Microprocessor architechture
a) Registers
b) Flags
c) Bus archtechtures
d) Machine instruction, Instruction Execution
Cycle
e) Memory Mapping and Addressing techniques
4. Assembly Language Programming Fundamentals
a) Assembly language sytex
b) Basic instruction
c) Memory models
d) Data, stack, and code segments
e) Assembling, Linking and Debugging procedures
5. Variation and constant
6. The processor status and Flag register
7. Instructions
a) Data transfer instruction
b) Arithmetic instructions
c) Flow control instructions
d) Logic (Boolean) and comparison instructions
8. Floating point numbers
a) Representation
b) Arithmetic
c) Instructions
9. Stack and procedures
10. High Level Logic structures implemention assembly language
a) Simple and compound IF structure
b) While structure
c) Repeat-Unitl structure
d) Case structure
11. Interrupts
a) BIOS (0-1Dh) interrupts
b) DOS (20h-27h) interrupts
c) User interrupts procedures and TSR
12. Array and addressing modes
13. String operation and instructions
14. Macros
15. Disk storage
a) Characterstics (Directory structure, FAT,
Sector)
b) System-Level function
c) Drive and Directory manipulation
16. File processing
a) File manipulation
b) File I/O services
c) Random file access
17. I/O ports instruction
Recommeded Books:
Assembly Language and programming By Kip R-Irvin
Assembly Language Programming By Utha Yu.