TILAK MAHARASHTRA VIDYAPEETH

TILAK MAHARASHTRA VIDYAPEETH

(DEEMED UNIVERSITY)

SECOND YEAR DIPLOMA IN ELECTRONICS AND TELECOMMUNICATION ENGINEERING

Semester-wise structure

CODE	SUBJECT	TH	MIN	PR/ TW/OR	MIN	TOTAL

Semester I

ET-301	Digital Electronics	100	40	25	10	125
ET-302	C Programming	100	40	50	20	150
ET-303	Electronic Materials & Components	100	40	50	20	150
ET-304	Electrical Technology	100	40	25	10	125
ET-305	Digital Presentation Techniques	100	40			100

	Total of this semester	500	200	150	60	650

Semester II

ET-401	Applied Electronics	100	40	25	10	125
ET-402	Linear Integrated Circuits	100	40	25	10	125
ET-403	Applied Mathematics - III	100	40			100
ET-404	C++ with OOPS	100	40	50	20	150
ET-405	Industrial Training			100	40	100

	Total of this semester	400	160	200	80	600

TH-Theory PR-Practical TW-Term Work

ET-301	DIGITAL ELECTRONICS	Period	Marks
	Practical: - Nil TW/OR: - 25 Theory: - 80 marks, 20 marks internal, 3 hrs.	48	100
SR.NO	TOPIC	PERIODS	MARKS
1	Number systems & Binary codes 1.1 Introduction to digital world, Difference between electronics and digital electronics difference between Analog & digital system 1.2 Number systems: Binary, Digital, octal, & Hexadecimal, conversion of one number system to other, binary addition, subtraction, multiplication & division, use of 1’s& 2’s compliment in binary arithmetic. 1.3 Binary codes: BCD numbers, weighted & non-weighted binary codes, 8421 BCD codes, Excess3 code & Gray code, BCD addition & subtraction, Alpha numeric code, ASCII.	05	10
2	Logic Gates: 2.1 Basic logic gates: NOT, AND, OR using diodes, transistors, Truth Table Symbol, Logic Equation and applications. 2.2 Universal Logic Gates: NOR, NAND using diodes, Transistors, Symbols, T.T, Basic logic Gate using universal Gate, Exclusive Gate. 2.3 Concept of Boolean Algebra using Basic Logic Laws, Associative, Distributive laws, Demorgan’s Theorem, Numerical Examples. 2.4 SOP & POS form & its applications, K-map reduction, Method for SOP 2,3,4 variable.	07	14
3	Logic Families: Characteristic of IC Logic Gate, IC logic families HTL, TTL, ECL & CMOS, study of 7400TTL series, IC7400, 7402, 7404,7408,7432,7486.	03	06
4	Digital system 4.1 Types of digital system, their block diagram 4.2 Triggering methods- edge &level 4.3 Flip-flop –RS using NOR gates, clocked RS flip flop, race around condition, master slave JK flip flop with preset & clear T & D flip flop, application of flip-flops 4.4 Flip flop IC-7476, 7474	04	08
5	Shift Resisters: 5.1 Definition, types – SISO, SIPO, PISO, PIPO, universal bi-directional shift register- circuit diagram (using D flip flop) working T.T	03	08
6	Counters: 6.1 Introduction, types –asynchronous, counters- up, down &up (using T F/F) ring counter- 6.4 Applications of counter & comparison between asynchronous & synchronous counter. 6.5 Comparison between counters & Registers.	05	10
7	Multiplexer & Demultiplexer: 7.1 Necessity of MUX 7.2 Principal of multiplexing & their diagram 2 to 1, 4 to 1, 8 to 1lines, Block diagrams, circuit diagrams & operating principles, application. 7.3 Necessary of DeMUX. 7.4 Principle of Demultiplexing & their types 1 to 2, 1 to 4, 1 to 8 lines, Block diagram, circuit diagrams Operating principle & Applications. 7.5 Study of IC’s – 74138	05	10
8	Encoder & Decoder: 8.1 Encoder – Definition, Decimal to BCD, 8.2 Decoder – Definition,	03	08
9	Arithmetic Logic Unit: 9.1 Adders- Half & Full adders 9.2 Subtractor- Half & Full subtractor.	04	08
10	Data Converters: 10.1 Necessity & their types. 10.2 Analog to Digital Converters: Types- staircase ramp, successive approximation method. 10.3 DAC IC’s & fields of application.	05	10
11	Memories: 11.1 Introduction: Characteristics, classification – Random access & sequential access memories, Read – write (RAM) & Read only memory (ROM) volatile & Non- volatile memories, static & dynamic memory. 11.2 Types of ROM’s – PROM, EPROM, EEPROM, Mask.	04	08

PRACTICAL CONTENTS

Study of logic gates and,or,nand,nor,or,not,xor
Study of demorgans theorem
Study of half adder
Study of full adder
Study of half subtractor
Study of full subtractor
Study of rs flipflop
Study of jk flipflop
Study of d flipflop
Study of counter

TERM WORK / ORAL:

Students will complete the above assignments and prepare Journal. Completed journal will be considered while giving marks out of 25 as a term work/oral

REFERENCE BOOKS:

1) Digital Techniques & Applications: Prof. Yangalwar, Nirali Prakashan.

2) Digital Principles: By Malvino, Tata McGRAW Hill (TMH)

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ET-302	‘C’ PROGRAMMING	PERIODS	MARKS
	Practical: - Nil TW/OR: - 50 Theory: - 80 marks, 20 marks internal, 3 hrs.	48	100
SR.NO	TOPIC	PERIODS	MARKS
1	Introduction to ‘C’ Programming a) Introduction: Developing logic using flowcharts, Algorithms b) Getting started Basic structure of C program, character sets, keywords, identifiers, constants, variables, data types, declaration of variables, compiling & executing a sample program in C.	01	04
2	Operations & Expressions a) Character set of C b) Operators, Operands and Expressions Arithmetic, Relational, Logical assignment operators, variables, constants, data types, expressions, data type conversion, key words, hierarchy of operators	04	08
3	Input and Output Statements a) ‘C’ Program structure, Type declaration, Input and Output, (printf, scanf, getchar, putchar, getch, putch), Conversion specifiers in format control string, Library functions (Math functions) b) Input and output statements, reading and writing a character, formatted input and output statements. c) Decision Making, Branching & Looping. The if statement, if-else statement, switch statement, while statement, do-while statement, for statement and goto statement.	10	22
4	Function’s and program structure Basic functions returning non-integers external variables scope rule static variables, register variables block structure	08	16
5	Arrays and Character String Handling a) Arrays: Concept of one-dimensional, two dimensional and Multi-dimensional array, array declaration, Array and initialization, operations on one and two-dimensional arrays. b) String Manipulations: Strings, gets, puts, string operations, string function (concatenation, comparison, length of a string, etc.).	05	10
6	Use of Functions a) Declaring, defining, calling & types of functions b) Library and User-defined functions, Concepts of library functions c) Nesting of functions, recursion, scope & lifetime of variables in functions d) Storage class, Parameter passing mechanisms	05	10
7	Structures & Unions a) Necessity of structure, definitions related to structures, giving values to members, Structure Initialization. b) Structures and functions, arrays of structures, unions, type def.	05	10
8	Pointers Pointers: Pointers and addresses, pointer expressions, pointers and arrays, pointers and functions.	05	10
9	File Management File Management: Opening a file, closing a file, I/O operators, Random access file command line arguments. (Command line arguments to be explained using a C program such as copying a file into another file).	05	10

PRACTICAL CONTENTS:

To add the two numbers.
To find the area of a circle.
To take a string input from the user & reverse it.
To accept a character from the user & display it 20 times.
To display the even number up to 100.
To add the odd numbers up to 25.
To find the largest of three numbers.
Accept the input for 10 books from the user & display it ►Accept the year from the user & check whether it is leap year or not.
Accept the number from the user & check whether it is positive number or negative number or zero.
Write a function that accept a number from 0 to 9 along with a string the string should displayed that many number of times.
Write a program to accept the marks of 4 for 50 students & display the percentages for each student.
Write a function to calculate the length of string.
Write a function to calculate no of words in a string.
Write a function to copy 2 string.
Write a Program to display multiplication table of any no using Do- While loop.
Program to accept two numbers from user and display the greater no only when it is Positive.
Program to add numbers from 1 to 50.
Write a function to accept a main string & one replace string. Replace the first

TERM WORK / ORAL:

Students will complete the above assignments and prepare Journal. Completed journal will be considered while giving marks out of 50 as a term work/oral

Reference Books:

1) Programming in C by Balagurusamy, Tata Mc-Graw Hill Publishing Company Ltd.

2) Let us C by Yashwant Kanetkar, BPB Publications.

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ET-303	ELECTRONIC MATERIALS AND COMPONENTS	Period	Marks
	Practical: - Nil TW/OR: - 50 Theory: - 80 marks, 20 marks internal, 3 hrs.	48	100
SR.NO	TOPIC	PERIODS	MARKS
1	Electronic materials Classifications of materials Properties & application: Conducting materials (e.g. copper Aluminum, gold brass, tungsten, managing, bronze, phosphor bronze, constantan, Nichrome, carbon &tin), Insulating materials (e.g. mica, ceramic, glass, paper, rubber, natural resins, synthetic resin, thermoplastic resin, thermosetting resin), Dielectric materials (e.g. air, glass, paper, porcelain, polystyrene) Semiconductor materials (e.g. silicon, germanium, selenium, graphite, silicon carbide, gallium arsenide & cadmium supplied), Magnetic materials (e.g. CRGO, nickel ion alloy soft ferrites, perm alloy, rare earth cobalt, hard ferrites), Comparison of hysterics curves of soft & hard magnetic materials, Study of B-H curve of soft ion & ferrite of any one type	08	16
2	Electronic Passive Components –I a. Difference between active & passive components Fixed resistors: · Color-coding, study of properties like temp coef, voltage coef. , Noise, operating range. · Power derating curve, pulse rating & skin effect. · Construction, specification & application of · carbon composition resistor, cracked carbon · resistor, metal film resistor & wire wound resistor. b. Variable resistor: · Construction, specification & application of · carbon composition resistor, cracked carbon · resistor, metal film resistor & wire wound resistor. c. Non linear resistor: · Thermistor - bead, probe, NTC, PTC, light ·

SUBJECT

Semester I

Total of this semester

Semester II

Number systems & Binary codes

1.1 Introduction to digital world, Difference between electronics and digital electronics difference between Analog & digital system

1.2 Number systems: Binary, Digital, octal, & Hexadecimal, conversion of one number system to other, binary addition, subtraction, multiplication & division, use of 1’s& 2’s compliment in binary arithmetic.

1.3 Binary codes: BCD numbers, weighted & non-weighted binary codes, 8421 BCD codes, Excess3 code & Gray code, BCD addition & subtraction, Alpha numeric code, ASCII.

Logic Gates:

2.1 Basic logic gates: NOT, AND, OR using diodes, transistors, Truth Table Symbol, Logic Equation and applications.

2.2 Universal Logic Gates: NOR, NAND using diodes, Transistors, Symbols, T.T, Basic logic Gate using universal Gate, Exclusive Gate.

2.3 Concept of Boolean Algebra using Basic Logic Laws, Associative, Distributive laws, Demorgan’s Theorem, Numerical Examples.

Logic Families:

Digital system

4.1 Types of digital system, their block diagram

4.2 Triggering methods- edge &level

4.3 Flip-flop –RS using NOR gates, clocked RS flip flop, race around condition, master slave JK flip flop with preset & clear T & D flip flop, application of flip-flops

4.4 Flip flop IC-7476, 7474

Shift Resisters:

5.1 Definition, types – SISO, SIPO, PISO, PIPO, universal bi-directional shift register- circuit diagram (using D flip flop) working T.T

Counters:

6.1 Introduction, types –asynchronous, counters- up, down &up (using T F/F) ring counter-

6.4 Applications of counter & comparison between asynchronous & synchronous counter.

Multiplexer & Demultiplexer:

7.1 Necessity of MUX

7.2 Principal of multiplexing & their diagram 2 to 1, 4 to 1, 8 to 1lines, Block diagrams, circuit diagrams & operating principles, application.

7.3 Necessary of DeMUX.

7.4 Principle of Demultiplexing & their types 1 to 2, 1 to 4, 1 to 8 lines, Block diagram, circuit diagrams Operating principle & Applications.

7.5 Study of IC’s – 74138

Encoder & Decoder:

8.1 Encoder – Definition, Decimal to BCD, 8.2 Decoder – Definition,

Arithmetic Logic Unit:

9.1 Adders- Half & Full adders

9.2 Subtractor- Half & Full subtractor.

Data Converters:

10.1 Necessity & their types.

10.2 Analog to Digital Converters: Types- staircase ramp, successive approximation method.

10.3 DAC IC’s & fields of application.

Memories:

11.1 Introduction: Characteristics, classification – Random access & sequential access memories, Read – write (RAM) & Read only memory (ROM) volatile & Non- volatile memories, static & dynamic memory.

11.2 Types of ROM’s – PROM, EPROM, EEPROM, Mask.

PRACTICAL CONTENTS

REFERENCE BOOKS:

1) Digital Techniques & Applications: Prof. Yangalwar, Nirali Prakashan.

2) Digital Principles: By Malvino, Tata McGRAW Hill (TMH)

ET-302

48

100

SR.NO

PERIODS

MARKS

Arrays and Character String Handling

ELECTRONIC MATERIALS AND COMPONENTS

Electronic materials

Electronic Passive Components –I