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power supply Three terminal fixed voltage I C regulators 78XX and 79XX Principle and. working of switch mode power supplies SMPS,TEXT BOOKS. 1 Electronic Devices and Circuits David A Bell Fifth edition Oxford university press. 2 A P Malvino Principles of Electronics TMH 7th edition. 3 D Roy Choudary Linear Integrated Circuits New Age International Pvt Ltd. 4 T F Bogart Beasley Electronic Devices and circuits Pearson Education 6th Edition. 5 N N Bhargava D C Kulshreshta and S C Gupta Basic Electronics and Linear. Circuits TMH, 6 T L Floyd Electronic Devices and circuits PHI fifth edition. 7 V K Mehta Principle of Electronics S CHAND Co New edition. 8 Godse A P Bakshi U A 1st edition Electronics Devices Technical Publications Pune. REFERENCE BOOKS, 1 Sedha R S A TextBook of Applied Electronics S Chand Company Ltd. 2 Jacob Millman and Christos C Halkias 2008 Integrated Electronics Tata Mcgraw Hill. 3 Robert L Boylestad Louis Nashelsky 10th edition Electron Devices and Circuit Theory. Dorling Kindersley India Pvt Ltd,ELECTRONICS LAB 2. ELECTRONIC DEVICES CIRCUITS LAB,Any six experiments should be done.

1 V I Characteristics of Junction Diode,2 V I Characteristics of Zener Diode. 3 Regulated Power Supply using Zener Diode,4 IC Regulated Power Supply. 5 BJT input and output Characteristics CE Configuration and determination of h parameters. 6 Characteristics of UJT,7 Characteristics of JFET. 8 LDR characterstics, 9 Characterstics of L and section filters with fullwave rectifier. LAB MANUAL, 1 Zbar Malvino and Miller Basic Electronics A Text Lab Manual Tata McGraw Hill.

2 Sugaraj Samuel R Horsley Solomon B E S Practicals. S V UNIVERSITY TIRUPATI,B Sc ELECTRONICS SYLLABUS,SEMESTER III. PAPER3 DIGITAL ELECTRONICS 60hrs w e f 2016 17,UNIT I 12hrs. NUMBER SYSTEMS AND CODES, Decimal binary octal hex numbers conversion from one to another Digital codes BCD. excess 3 gray codes conversion from one to another Error detection codes ASCII code. UNIT II 12hrs,BOOLEAN ALGEBRA AND LOGIC GATES, Boolean algebra Boolean operations Basic Universal logic gates Boolean Identities. Boolean theorems De Morgan s Theorems sum of products products of sums expressions. simplification of logic expressions based on basic Boolean theorems simplification by Karnaugh. Map method up to 4 variable map don t care conditions. UNIT III 12hrs,COMBINATIONAL CIRCUITS LOGIC FAMILIES.

Arithmetic Building blocks Half Full Adders and Half Full Subtractors Parallel binary. adder Multiplexers 2 1 4 1 8 1 De multiplexers 1 4 1 8 Encoders Octal to Binary Decimal to. BCD Decoder Binary to Octal BCD to Decimal Characteristics for Digital ICs RTL DTL. TTL ECL CMOS NAND NOR Gates,UNIT IV 12hrs,SEQUENTIAL DIGITAL CIRCUITS. Flip flops SR Clocked SR JK D T Race around condition Master slave Flip flop Conversion. of Flip flops Shift registers SISO SIPO PISO PIPO Counters Ripple or asynchronous. counters synchronous counters 4 bit ripple counter 3 bit asynchronous UP DOWN counter. UNIT V 12hrs,MEMORY DEVICES, ROM Organization Types of ROMS PLA Programmable Logic Array PAL. Programmable Array logic Architecture combinational logic design using PLAs PALs. Realization of functions using PROM,TEXT BOOKS, 1 G K Kharate Digital electronics Oxford university press. 2 R P Jain Modern digital Electronics 3rd Edition TMH 2003. 3 Puri V K Digital Electronics Tata Mc Graw Hill, 4 Marris mano M Computer System Architecture 2nd Edition Prentice Hall 1998. 5 Malvino and Leach Digital Principles and applications McGraw Hill 1996 IV Edition. 6 A Anand kumar Fundamentals of digital circuits PHI. REFERENCE BOOKS, 1 Millman J Micro Electronics McGraw Hill International Book Company New Delhi 1990.

2 Morris Mano M Digital Logic and Computer Design PHI 2005. 3 Godse A P Digital Electronics Technical Publications. ELECTRONICS LAB 3,DIGITAL ELECTRONICS LAB, Any six experiments should be done At least 2simulations. 1 Verification of I C logic gates,2 Universality of NAND NOR gates. 3 Verification of Boolean laws using NAND gates Associative Commutative. Distributive Laws,4 Study of RS D T and JK Flip Flops with IC s. 5 Half and Full Adder using Basic gates NAND Gates. 6 4 bit binary parallel adder and Subtractor IC 7483 using PSPICE simulation. 7 Study of 7490 BCD Counter MOD Counters using PSPICE simulation. 8 BCD to Seven segment decoder 7447 7448 using PSPICE simulation. LAB MANUAL, 1 Zbar Malvino and Miller Basic Electronics A Text Lab Manual Tata McGraw Hill. 2 R Sugaraj Samuel Horsley Solomon B E S Practical. S V UNIVERSITY TIRUPATI,B Sc ELECTRONICS SYLLABUS,SEMESTER IV.

PAPER 4 ANALOG DIGITAL I C APPLICATIONS 60 hrs w e f 2016 17. UNIT I 12hrs,OPERATIONAL AMPLIFIERS, Basic differential amplifier Op Amp supply voltages IC identification Internal blocks of Op. Amp Op Amp parameters offset voltages and currents CMRR Slew rate Virtual ground Op. Amp as a voltage amplifier Inverting amplifier non inverting amplifier Voltage follower. IC 555 timer pin functions internal architecture,UNIT II 12hrs. OP AMP CIRCUITS, Summing amplifier Differential amplifier Op amp frequency response Comparator. Integrator Differentiator Triangular Wave generators Square Wave generators Active. filter Basics Lowpass filter High pass filter Band pass filter. IC 555 APPLICATIONS Astable Monostable and Schmitt trigger. UNIT III 12hrs,COMBINATIONAL SEQUENTIAL CIRCUITS, Design of code converter Binary to BCD BCD to Binary Binary to Gray Gray to Binary. Design of Asynchronous Modulo N counters IC7490 BCD counter Divide by N counter using. IC7490 Excitation tables for J K T FFs Design of synchronous Modulo N counters IC74191. 4 bit binary UP DOWN counter Divide by N counter using IC74191 Design of Universal shift. UNIT IV 12hrs,DATA CONVERTERS, Key Features Advantages and applications of Digital to Analog Converters Weighted.

resistive network and R 2R ladder type Key Features Advantages and Applications. Specific selection of Analog to Digital Converters Staircase Ramp Type dual slope Successive. approximation and Flash type,UNIT V 12hrs,DIGITAL SYSTEM INTERFACING AND APPLICATIONS. Digital system interfacing of LEDs and Multidigit Seven segment LED display Driver. Interface considerations for ADC DAC with digital systems ADC0809 DAC0808. Applications of counters Digital clock Auto parking system Applications ofshift registers. Time delay generator parallel to serial converter serial to parallel converter UART and serial. Key board encoder,RECOMMENDED BOOKS, 1 G K Kharate Digital electronics Oxford university press. 2 Floyd Thomas L Digital Fundamentals PearsonEducation. 3 Raj kamal Digital System Principles and Design Wheeler. 4 Moriss Mano Digital Circuit Design PHP, 5 Malvino Leach Digital Principles and Applications TMH. 6 Strangio Digital Electronics TMH,7 Floyd Jain Digital Fundamentals TMH. 8 Anand Kumar A Switching Theory and Logic design PHI. 1 Microelectronic circuits by Sedra Smith 6thedition Oxford. 2 Electronic Devices and Circuits David A Bell Fifth edition Oxford university press. 3 Jocob Millman and Christos C Halkias Integrated Electronics McGraw Hill. 4 D Roy Choudary Shail Jain Linear Integrated Circuits New Age International Pvt Ltd 2000. 5 Operational Amplifiers and LinearI Cs by DavidA Bell 3rdedition Oxford university press. 6 Sedha R S A TextBook of Applied Electronics S Chand company Ltd. 7 Ramakant A Gayakwad OP AMP and Linear ICs 4th Edition Prentice Hall Pearson. Education 1994, 8 G K Mithal Basic Electronic Devices and circuits 2nd Edition G K Publishers Pvt Ltd.

REFERENCE BOOKS, 1 Allen Mottershead Electronic Devices and Circuits an Introduction Prentice Hall. 2 Mithal G K Electronic Devices and Circuits Khanna Publishers. 3 Donald L Schillling Charles Belove Discrete and Integrated Electronic Circuits McGraHill. 4 Jacob Milliman Micro Electronics McGraw Hill,ELECTRONICS LAB 4. ANALOG DIGITAL I C APPLICATIONSLAB, Six experiments 3Analog 3Digital 1Simulation from each should be done. 1 OPAMP Inverting and Non inverting modes Unity Follower. 2 OPAMP Sine Wave Generator, 3 Binary to Grey and Grey code to binary converter. 4 Design of 4 bit priority encoder, 5 OPAMP Square wave generator using PSPICE simulation.

6 Schmitt Trigger using IC 555 timer using PSPICE simulation. 7 Study of presettable binary up down counter using PSPICE simulation. 8 Design and verification of 4 bit ripple counter using PSPICE simulation. LAB MANUAL, 1 Zbar Malvino and Miller Basic Electronics A Text Lab Manual Tata McGraw Hill. 2 Sugaraj Samuel R Horsley Solomon B E S Practicals. MODEL PAPER,B Sc Three year Degree Examinations,SEMISTER II ELECTRONICS. Paper II ELECTRONIC DEVICES AND CIRCUITS,Time 3 Hrs MaxMarks 75. Answer any FIVE Questions 5x5 25 Marks,1 Explain Zener and Avalanche break down. 2 Explain Junction capacitance of a P N Junction diode. 3 Define Hybrid parameters of a Transistor, 4 Find the operating point for the bias circuit shown in the fig provided Vcc 9V RB 50K.

Rc 250 RE 500 and 80,5 What are the advantages of FET over BJT. 6 Write the operation of photo voltaic cell, 7 Draw the circuit diagram of section filter and discuss its working. 8 Discuss the working of Transistor series Voltage regulator. Answer ALL Questions 10X5 50marks, 9 a Explain forward and reverse bias effects in the V I Curves of a P N Junction diode. b Describe the construction and working of a Tunnel diode Draw its V I Characteristics and. 10 a Draw the input and Output Characteristics of a CE mode of a Transistor Define Cut off. Active and saturation region in the characteristics. b Describe about fixed bias and voltage divider bias of a Transistor Give their merits and. 11 a Explain the Construction working of JFET, b What is a UJT Describe the Volt Ampere Characteristics of a UJT. 12 a Explain operation of photoconductive cell and discuss its spectral response. b Explain Construction and working of LED and write its merits and uses. 13 a A full wave rectifier uses a centre tapped Transformer The a c Voltage from its centre. tap to either end is 10 Sin 314t The load resistance of the circuit is 40 and Diode. resistance 10 Find Idc Irms ripple factor and rectifier efficiency. b Explain the Principle and working of switch mode power supply SMPS with the help. of block diagram,MODEL PAPER,B Sc Three year Degree Examinations.

SEMISTER III ELECTRONICS,Paper III DIGITAL ELECTRONICS. Time 3 Hrs MaxMarks 75,Answer any FIVE Questions 5x5 25Marks. 1 a Convert 3A 2F 16 in to decimal,b Convert 1011 111 2 to Octal. 2 Give NOR gate implementation for OR AND and NOT gates. 3 Simplify the Boolean expressions,4 Discuss the working of parallel Binary Adder. 5 Explain the working of a 4 1 line multiplexer with the help of logic diagram. 6 Describe the working of D Flip Flop How it is obtained from the JK Flip Flop. 7 Draw the logic diagram for 4 bit SIPO shift register and explain its working. 8 How does the architecture of PLA differ from PAL and PROM. Answer ALL Questions 10X5 50marks, 9 a Discuss in detail about Binary Decimal and Hexadecimal number systems What are the.

avantages of Decimal and Hex systems over Binary, b What is Gray code Write Gray code for any 4 bit binary number Give the advantage of. Gray code over binary System, 10 a Discuss about the postulates and theorems of Boolean Algebra. b Reduce the following expression using K map and implement in universal logic. m 0 1 4 5 6 7 9 11 15 d 10 14, 11 a Explain the working of Half adder and Full adder with the help of logic diagrams and truth. b Explain the working of TTL NAND gate and CMOS NOR gate. 12 a Explain the working of Master Slave JK Flip Flop How Race Condition is eliminated in. b With the help of logic diagram explain the working of 3 bit asynchronous UP DOWN. 13 a Draw the Block diagram of PLA and explain about each stage. b A 3 input 4 output combinational circuit has the following output functions Implement the. A x y z m 1 2 4 6 B x y z m 0 1 3 6 7 C x y z m 1 2 4 6 7. D x y z m 1 2 3 5 7,MODEL PAPER,B Sc Three year Degree Examinations. SEMISTER IV ELECTRONICS,Paper IV ANALOG DIGITAL I C APPLICATIONS.

Time 3 Hrs MaxMarks 75,Answer any FIVE Questions 5x5 2Marks. 1 Explain the concept of virtual ground in OP AMP, 2 Define slew rate of OP AMP and derive slew rate expression for sinusoidal input. 3 Describe the working of inverting comparator using OP AMP. 4 Draw OP AMP Integrater circuit and explain how it works. 5 With the help of logic diagram explain about Binary to Gray code converter. 6 Implement a Divide by 7 counter using IC7490 Decade counter. 7 Write about the specifications that help in selecting an A D converter. 8 Explain how a shift register can be used as an UART. Answer ALL Questions 10X5 50marks, 9 a With a neat circuit diagram explain the working of R 2R ladder type D A converter. b Give a detailed explanation on the working of successive approximation A D converter. 10 a Draw the OP AMP inverting non inverting amplifier configurations Explain their. working and obtain expressions for gain, b Draw the pin diagram of IC555 timer and explain function of each pin. 11 a Give the circuit for OP AMP triangular wave form generator Explain its operation and. obtain expression for frequency of triangular output. Raj kamal Digital System Principles and Design Wheeler 4 Moriss Mano Digital Circuit Design PHP 5 Malvino Leach Digital Principles and Applications TMH 6 Strangio Digital Electronics TMH 7 Floyd Jain Digital Fundamentals TMH 8 Anand Kumar A Switching Theory and Logic design PHI ANALOG 1 Microelectronic circuits by Sedra amp Smith 6thedition

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