ABOUT ELECTRONICS DEPARTMENT:

Electronics is a scientific and engineering discipline that studies and applies the principles of physics to design, create, and operate devices that manipulate electrons and other electrically charged particles. Electronics is a subfield of electrical engineering, but it differs from it in that it focuses on using active devices such as transistors, diodes, and integrated circuits to control and amplify the flow of electric current and to convert it from one form to another, such as from alternating current (AC) to direct current (DC) or from analog to digital. Electronics also encompasses the fields of microelectronics, nanoelectronics, optoelectronics, and quantum electronics, which deal with the fabrication and application of electronic devices at microscopic, nanoscopic, optical, and quantum scales. Electronics have a profound impact on various aspects of modern society and culture, such as communication, entertainment, education, health care, industry, and security. The main driving force behind the advancement of electronics is the semiconductor industry, which produces the basic materials and components for electronic devices and circuits. The semiconductor industry is one of the largest and most profitable sectors in the global economy, with annual revenues exceeding $481 billion in 2018. The electronics industry also encompasses other sectors that rely on electronic devices and systems, such as e-commerce, which generated over $29 trillion in online sales in 2017.

VISION:

The Vision of the College is expressed in its emblem, which was established with a lofty ideal by the founders, of the college.
The Emblem signifies its aims and aspirations.
The emblem carries the motto “tamasoma jyothirgamaya”.
The flames denotes the spread of knowledge from the portals of the institution.

MISSION:

To create excellent human resources through integration of course curricular with human values such that the student can with stand of test of time and be almost benefit to society.
To provide higher education to the youth of all sectors at effordable cost especially to those belonging to marginalized sectors of the society.

FORMER FACULTY:

S.NO	Name	Designation	Qualification	Photo	Curriculum vitae
1	B.SRINIVASA RAO	lecturer	M.SC
2	CH. DHINAKAR BABU	LECTURER	M.SC
3.	A.V. MAHESH	LECTURER	M.SC
4	K.VASUDEVA VIDYA SAGAR	LECTURER	M.SC
5	P.VENKATESWARA RAO	LECTURER	M.SC
6	I.RAMA KOTESWARARAO	LECTURER	M.SC
7	R.VENKATA REDDY	LECTURER	M.SC
8	M.ANIL BABU	LECTURER	M.SC
9	P.SIVAIAH	LECTURER	M.SC
10	K.ANUPAMA	LECTURER	M.SC
11	S.SRINIVAS	LECTURER	M.SC
12	Y.VEERA PRASAD	LECTURER	M.SC
13	S.UMA RANI	LECTURER	M.SC
14	A.SURESH BABU	LECTURER	M.SC.B.ED
15	I.HEMANTH SAI BHARATH	LECTURER	M.SC
16	K.SRILAKSHMI	LECTURER	M.SC

PRESENT FACULTY:

S.NO	Name	Designation	Qualification	photo	Curriculum vitae
1	N.BHARATHI	LECTURER	B-TECH
2	R.MANI SAI LAKSHMI	LECTURER	B-TECH
3	U.PAVAN KUMAR	ATTENDER	10^TH CLASS

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COURSE OUTCOMES

S.NO	DEPARTMENT	COURSE CODE	COURSE NAME	CO NUMBER	COURSE OUTCOMES
1	ELECTRONICS		BASIC CIRCUIT THEORY	1	Apply the knowledge of basic circuital laws and simplify the dc and ac networks using reduction techniques.
				2	Analyze the dc and ac circuits using mesh and nodal analysis and network simplification theorems. Analyze the series and parallel resonant circuits.
				3	Infer and evaluate transient response, steady state response of series, parallel and compound circuits.
				4	Develop Laplace transformed network for steady state and transient analysis.
				5	Analyze dc and ac circuits and time domain response using P-Spice..
	ELECTRONICS		ELECTRONIC DEVICES AND CIRCUITS	1	Ability to analyze PN junctions in semiconductor devices under various conditions.
				2	Ability to design and analyze simple rectifiers and voltage regulators using diodes. Ability to describe the behavior of special purpose diodes.
				4	Ability to design and analyze simple BJT and MOSFET circuits.
	ELECTRONICS		DIGITAL ELECTRONICS	1	Have a thorough understanding of the fundamental concepts and techniques used in digital electronics
				2	To understand and examine the structure of various number systems and its application in digital design.
				3	The ability to understand, analyze and design various combinational and sequential circuits.
				4	Ability to identify basic requirements for a design application and propose a cost effective solution
				5	The ability to identify and prevent various hazards and timing problems in a digital design.
				6	To develop skill to build, and troubleshoot digital circuits.
	ELECTRONICS		ANALOG AND DIGITAL IC APPLICATIONS	1	Understand the basic building blocks of Op-Amp.
				2	Illustrate DC and AC performance characteristics of Op-amp
				3	Analyze linear and non-linear applications of Op-Amp.
				4	Aanalyze the operation & characteristics of data converters.
				5	Examine various 74XX ICs.
	ELECTRONICS		ANALOG AND DIGITAL COMMUNICATION	1	Identify the basic elements of a communication system
				2	Analyse baseband signals in time domain and in frequency domain
				3	Compare and contrast various analog and digital modulation and demodulation techniques
				4	Evaluate the performance of modulation and demodulation techniques in various transmission environments Explain the importance of
				5	synchronisation in communication systems
	ELECTRONICS		MICROPROCESSOR AND SYSTEMS	1	Describe the architecture & organization of 8085 & 8086 Microprocessor.
				2	Understand and classify the instruction set of 8085/8086 microprocessor and distinguish the use of different instructions and apply it in assembly language programming.
				3	Relate the addressing modes used in the instructions
				4	Realize the interfacing of memory & various I/O devices with 8085/8086 microprocessor.
				5	Familiarise the architecture and operation of Programmable Interface Devices and realize the programming & interfacing of it with 8085 microprocessor
				6	Interface various pheripheral IC’s with Intel 8085/8086 microprocessor for its various applications.
	ELECTRONICS		MICRO CONTROLLER AND INTERFACING	1	Understand the basics of Microcontroller
				2	Understand architecture of PIC microcontroller
				3	Ability to interface with various peripherals
				4	Understand the product requirement based on
				5	Understand the concept of peripherals
	ELECTRONICS		VLSI DESIGN	1	Identify the various IC fabrication methods.
				2	Express the Layout of simple MOS circuit using Lambda based design rules.
				3	Apply the Lambda based design rules for subsystem design.
				4	Differentiate various FPGA architectures.
				5	Design an application using Verilog HDL.
				6	Concepts of modelling a digital system using Hardware Description Language
	ELECTRONICS		DATA COMMUNICATION AND NETWORKING	1	Student will be able to understand network communication using the layered concept, Open System Interconnect (OSI) and the Internet Model.
				2	Student will be able to understand various types of transmission media, network devices; and parameters of evaluation of performance for each media and device.
				3	Student will be able to understand the concept of flow control, error control and LAN protocols; to explain the design of, and algorithms used in, the physical, data link layers.
				4	Student will understand the working principles of LAN and the concepts behind physical and logical addressing, subnetting and supernetting.
				5	Student shall understand the functions performed by a Network Management System and to analyze connection establishment and congestion control with respect to TCP Protocol.
				6	Student shall understand the principles and operations behind various application layer protocols like HTTP, SMTP, FTP.

DEPARTRMENT OF ELECTRONICS PSO’S:

PO1
Utilize the basic knowledge in mathematics, science and engineering in Electronics and Communication Engineering field.
PO2
Identify, formulate and solve complex problems to achieve demonstrated conclusions using mathematical principles and engineering sciences.
PO3
Design system components that meet the requirement of public safety and offer solutions to the societal and environmental concerns.
PO4
Apply research based knowledge to design and conduct experiments, analyze, synthesize and interpret the data pertaining to Electronics and Communication Engineering problems and arrive at valid conclusions.
PO5
Construct, choose and apply the techniques, resources and modern engineering tools required for Electronics and Communication Engineering applications.
PO6
Apply the contextual knowledge to assess societal, health, safety and cultural issues and endure the consequent responsibilities relevant to the professional engineering practice.
PO7
Examine the impact of engineering solutions in global and environmental contexts and utilize the knowledge for sustained development.
PO8
Develop consciousness of professional, ethical and social responsibilities as experts in the field of Electronics and Communication Engineering.
PO9
Perform effectively as a member/leader in multidisciplinary teams.
PO10
Communicate the engineering activities to engineering society for documentation and presentation.
PO11
Demonstrate knowledge and understanding of the engineering and management principles to manage projects in multidisciplinary environment.
PO12
Demonstrate resourcefulness for contemporary issues and lifelong learning.

Activities For Academic Year 2022 – 2023

Seminars			Quizzes

Assignments			Remedial Classes
Group Discussions			Guest Lectures

Activities For Academic Year 2021 – 2022

Assignments			Remedial Coaching

Group Discussions			Student Seminars

Quizzes			Guest Lectures

Activities For Academic Year 2020 – 2021

Remedial Classes			Student Seminars

Assignments			Group Discussions

Quizzes			Guest Lectures

Activities For Academic Year 2019 – 2020

Remedial Classes			Student Seminars

Assignments			Group Discussions

Quizzes			Guest Lectures

Activities For Academic Year 2018 – 2019

Remedial Classes			Student Seminars

Assignments			Group Discussions

Quizzes			Guest Lectures

ELECTRONICS DEPARTMENT RESULTS

S.NO	ACCADAMIC YEAR	SEMESTER	CLASS	PAPER NAME	NO.OF STUDENTS ATTENDED	NO.OF STUDENTS PASSED	PASS PERCENTAGE
1	2018-2019	5^TH SEM	III MEC’s	ANALOG AND DIGITAL COMMUNICATION	27	23	85.1
1		5^TH SEM	III MEC’s	MICRO PROCESSOR AND SYSTEMS	27	22	81.48
2		3^RD SEM	II MEC’s	DIGITAL ELECTRONICS	38	35	92.1
3		1^ST SEM	I MEC’s	BASIC CIRCUIT THEORY	39	32	82.05
4		6^TH SEM	III MEC’s	MICRO CONTROLLER AND INTERFACING	27	27	100
5		4^TH SEM	II MEC’S	ANALOG AND DIGITAL IC APPLICATIONS	37	27	72.9
6		2^ND SEM	I MEC’S	ELECTRONIC DEVICES	38	23	60.52%

2018-2019

PAPER5-ANALOG&DIGITAL COMMUNICATION
PAPER6-MICROPROCESSOR SYSTEM
PAPER7-MICROCONTROLLER&INTERFACE
PAPER3-DIGITAL ELECTRONICS
PAPER1-BASIC CIRCUIT THEORY
PAPER4-ANALOG&DIGITAL IC APPLICATIONS
PAPER2-ELECTRONIC DEVICES

2019-2020

1	2019-2020	5^TH SEM	III MEC’s	ANALOG AND DIGITAL COMMUNICATION	36	33	91.6
2		5^TH SEM		MICRO PROCESSOR AND SYSTEMS	36	34	94.4
3		3^RD SEM	II MEC’s	DIGITAL ELECTRONICS	32	25	78.12
4		1^ST SEM	I MEC’s	BASIC CIRCUIT THEORY	33	25	75.75
5		6^TH SEM	III MEC’s	MICRO CONTROLLER AND INTERFACING	34	34	100
6		4^TH SEM	II MEC’S	ANALOG AND DIGITAL IC APPLICATIONS	30	28	93.33
7		2^ND SEM	I MEC’S	ELECTRONIC DEVICES	33	26	78.78

PAPER5-ANALOG&DIGITAL COMMUNICATION
PAPER6-MICROPROCESSOR SYSTEM
PAPER7-MICROCONTROLLER&INTERFACE
PAPER3-DIGITAL ELECTRONICS
PAPER1-BASIC CIRCUIT THEORY
PAPER4-ANALOG&DIGITAL IC APPLICATIONS
PAPER2-ELECTRONIC DEVICES

2020-2021

1	2020-2021	5^TH SEM	III MEC’s	ANALOG AND DIGITAL COMMUNICATION	29	26	89.65
2		5^TH SEM	III MEC’s	MICRO PROCESSOR AND SYSTEMS	29	27	93.10
3		3^RD SEM	II MEC’s	DIGITAL ELECTRONICS	31	28	90.32
4		1^ST SEM	I MEC’s	CICUIT THEORY AND ELECTRONIC DEVIS	32	28	87.5
5		6^TH SEM	III MEC’s	MICRO CONTROLLER AND INTERFACING	29	29	100
6		4^TH SEM	II MEC’S	ANALOG AND DIGITAL IC APPLICATIONS	31	23	74.19
7		2^ND SEM	I MEC’S	DIGITAL ELECTRONICS	32	29	90.62

PAPER5-ANALOG&DIGITAL COMMUNICATION
PAPER6-MICROPROCESSOR SYSTEM
PAPER7-MICROCONTROLLER&INTERFACE
PAPER3-DIGITAL ELECTRONICS
PAPER1-BASIC CIRCUIT THEORY
PAPER4-ANALOG&DIGITAL IC APPLICATIONS
PAPER2-ELECTRONIC DEVICES

2021-2022

1	2021-2022	5^TH SEM	III MEC’s	ANALOG AND DIGITAL COMMUNICATION	30	27	90
2		5^TH SEM	III MEC’s	MICRO PROCESSOR AND SYSTEMS	30	28	93.3
3		3^RD SEM	II MEC’s	ANALOG CIRCUITS AND COMMUNICATION	31	25	80.64
4		1^ST SEM	I MEC’s	CICUIT THEORY AND ELECTRONIC DEVICES	30	26	86.66
5		6^TH SEM	III MEC’s	MICRO CONTROLLER AND INTERFACING	30	27	90
6		4^TH SEM	II MEC’S	MICRO PROCESSOR	30	30	100
6		4^TH SEM	II MEC’S	MICRO CONTROLLER AND INTERFACING	29	29	100
7		2^ND SEM	I MEC’S	DIGITAL ELECTRONICS	29	26	89.65

PAPER5-ANALOG&DIGITAL COMMUNICATION
PAPER6-MICROPROCESSOR SYSTEM
PAPER7-MICROCONTROLLER&INTERFACE
PAPER3-DIGITAL ELECTRONICS
PAPER1-BASIC CIRCUIT THEORY
PAPER4-ANALOG&DIGITAL IC APPLICATIONS
PAPER2-ELECTRONIC DEVICES
PAPER5(1)-MICROCONTROLLER AND INTERFACING

2022-2023

1	2022-2023	5^TH SEM	III MEC’S	VLSI DESIGN	30	27	90
1		5^TH SEM	III MEC’S	DATA COMMUNICATION AND NETWORKING	28	28	100
2		3^RD SEM	II MEC’s	ANALOG CIRCUITS AND COMMUNICATION	27	27	100
3		1^ST SEM	I MEC’s	CICUIT THEORY AND ELECTRONIC DEVICES	21	20	95
4		4^TH SEM	II MEC’S	MICRO PROCESSOR	27	27	100
5		4^TH SEM	II MEC’S	MICRO CONTROLLER AND INTERFACING	27	26	96.29
6		2^ND SEM	I MEC’S	DIGITAL ELECTRONICS	20	20	100

PAPER6-VLSI DESIGN
PAPER7-DATA COMMUNICATION AND NETWORK
PAPER3-ANALOG CIRCUIT AND COMMUNICATION
PAPER1-CIRCUIT THEORY AND ELECTRONIC DEVICES
PAPER4-MICROPROCESSOR
PAPER5-MICROCONTROLLER AND INTERFACING
PAPER2-DIGITAL ELECTRONICS

Electronics Time Table

ESTD-1981

KVR KVR & MKR COLLEGE

KHAJIPALEM, BAPATLA DISTRICT, ANDHRA PRADESH -522329

Affiliated to Acharya Nagarjuna University

(Sponsored by Manthena Venkata Raju Seva Samithi)

NAAC B++