electronic ip lpu

8/12/2019 electronic ip lpu

1/17

Lovely Professional University, Punjab

Course Code Course Title Course Planner Lectures Tutorials Practicals Credits

ECE088 ELECTRONICS 11116::Mamta Gupta 3.0 0.0 0.0 3.0

Course Category Courses with Numerical focus

TextBooks

Sr No Title Author Edition Year Publisher NameT-1 Basic Electronics S.K.Sahdev 3rd Dhanpat Rai

Reference Books

Sr No Title Author Edition Year Publisher Name

R-1 Basic Electronics and Linear Circuits N. N. Bhargava, D.C.Kulashreshtha, S.C. Gupta

2nd Tata McGraw Hill

R-2 Electronic Principles Malvino 1st Tata McGraw Hill

Relevant Websites

Sr No (Web address) (only if relevant to the course) Salient FeaturesRW-1 http://www.youtube.com/watch?v=ckY0O7EO4J4 PN junction diode

RW-2 http://www.youtube.com/watch?v=_DS2TabeomE HWR

RW-3 http://www.youtube.com/watch?v=aCfAdIRRw7M FWR RW- FWR

RW-4 http://www.youtube.com/watch?v=1pwBmGy9sz0 Bridge rectifier

RW-5 http://www.youtube.com/watch?v=TXjHWGngsME Diode and its characteristics

RW-6 http://www.youtube.com/watch?v=aCfAdIRRw7M Transistor and its characteristics

RW-7 http://www.youtube.com/watch?v=NT784bvIzqY JFET

RW-8 http://www.youtube.com/watch?v=GfaVbKaw5Nk Zener diode voltage regulator

RW-9 en.wikipedia.org/wiki/Electronic_color_code Resistor color coding

RW-10 en.wikipedia.org/wiki/Electronic_color_code Capacitor color code

RW-11 http://www.furmansound.com/pdf/catalog/flyer_volt_regulation.pdf Voltage regulator

RW-12 www.youtube.comwatchvu54ADgAjZY rectifiers

RW-13 www.youtube.com/watch?v=QZ-vEGLXegY JFET working

RW-14 www.youtube.com/watch?v=Pkjn18Ekjic BJT amplifiers

RW-15 http://www.youtube.com/watch?v=YsdPjY58Go8 Transistor animation


2/17

RW-16 http://www.youtube.com/watch?v=aVJrTMuzlL4 Transistor NPN animation

WeekNumber

LectureNumber

Broad Topic(Sub Topic) Chapters/Sectionsof Text/referencebooks

Other Readings,RelevantWebsites, AudioVisual Aids,software andVirtual Labs

Lecture Description Learning Outcomes Pedagogical ToolDemonstration/ CaseStudy / Images /animation / ppt etc.Planned

Week 1 Lecture 1 INTRODUCTION TOELECTRONICS(Definition ofElectronics)

R-1:Chapter 1 Introduction toelectronics and itsapplications

They will learn aboutelectronics and itsapplications

INTRODUCTION TOELECTRONICS(Application ofElectronics)



INTRODUCTION TOELECTRONICS(Communicationand Entertainment)



Lecture 2 INTRODUCTION TOELECTRONICS(IndustrialApplication)

R-1:CH 1 Applications ofelectronics

learn about variousfields of electronicswhere it can beimplemented

INTRODUCTION TOELECTRONICS(MedicalSciences)



INTRODUCTION TOELECTRONICS(Instrumentation)



Lecture 3 INTRODUCTION TOELECTRONICS(PASSIVECOMPONENTS)

R-1:CH1 Concept of passivecomponents

They will come toknow about resistor andits types

INTRODUCTION TOELECTRONICS(Resistor)


They will come toknow about resistor and

its types

INTRODUCTION TOELECTRONICS(Types ofresistors)


They will come toknow about resistor andits types

Detailed Plan For Lectures

LTP week distribution: (LTP Weeks)

Weeks before MTE 7

Weeks After MTE 7

Spill Over 3


3/17

Week 2 Lecture 4 INTRODUCTION TOELECTRONICS(Fixed)

R-1:CH1 RW-9 Introduction to Fixed andvariable resistors

They will come toknow about thedifference betweenfixed and variableresistors

Demonstration cumlecture

INTRODUCTION TOELECTRONICS(Variable)




INTRODUCTION TOELECTRONICS(LDR)



INTRODUCTION TOELECTRONICS(Resistor colourcode)




Lecture 5 INTRODUCTION TOELECTRONICS(Capacitor)

R-1:CH 1 Introduction tocapacitors and its types

They will learn howcapacitor work

INTRODUCTION TOELECTRONICS(Types ofcapacitor)



INTRODUCTION TOELECTRONICS(Mica)



INTRODUCTION TOELECTRONICS(Paper)



INTRODUCTION TOELECTRONICS(Ceramic)



Lecture 6 INTRODUCTION TOELECTRONICS(Electrolytic)

R-1:CH1 Concept of Electrolyticand variable gang

capacitor

Students will learnabout Electrolytic and

variable gang capacitorINTRODUCTION TOELECTRONICS(Variable Gangcapacitor)

R-1:CH1 Concept of Electrolyticand variable gangcapacitor

Students will learnabout Electrolytic andvariable gang capacitor

Week 3 Lecture 7 INTRODUCTION TOELECTRONICS(Inductor)

R-1:CH1 L 7 Introduction toInductors and its typesL 8 Contingency

Come to know aboutIntroduction toInductors and its types

INTRODUCTION TOELECTRONICS(Types ofinductors)



INTRODUCTION TO

ELECTRONICS(Transformer)

R-1:CH1 L 7 Introduction to

Inductors and its typesL 8 Contingency

Come to know about

Introduction toInductors and its types


4/17

Week 3 Lecture 7 INTRODUCTION TOELECTRONICS(Step up)



INTRODUCTION TOELECTRONICS(Step down)



INTRODUCTION TOELECTRONICS(Introduction toactive components)



Lecture 8 INTRODUCTION TO

ELECTRONICS(Introduction toactive components)

R-1:CH1 L 7 Introduction to

Inductors and its typesL 8 Contingency

Come to know about

Introduction toInductors and its types

INTRODUCTION TOELECTRONICS(Step down)



INTRODUCTION TOELECTRONICS(Step up)



INTRODUCTION TOELECTRONICS(Transformer)



INTRODUCTION TOELECTRONICS(Types ofinductors)



INTRODUCTION TOELECTRONICS(Inductor)



Lecture 9 SEMICONDUCTOR THEORY(Structure of an atom)

T-1:CH 1R-1:CH 3R-2:CH 2

Basic idea aboutatom,energy banddiagram,conductor andinsulator

Students will learnabout atom,energy banddiagram,conductor andinsulator

SEMICONDUCTOR THEORY(Energy Band diagram)

T-1:CH 1R-1:CH 3

R-2:CH 2

Basic idea aboutatom,energy band

diagram,conductor andinsulator

Students will learnabout atom,energy band

diagram,conductor andinsulator

SEMICONDUCTOR THEORY(Conductor)

T-1:CH 1R-1:CH 3R-2:CH 2



SEMICONDUCTOR THEORY(Insulator)

T-1:CH 1R-1:CH 3R-2:CH 2



Week 4 Lecture 10 SEMICONDUCTOR THEORY

(Insulator)

T-1:CH 1

R-1:CH 3R-2:CH 2

Basic idea about

atom,energy banddiagram,conductor andinsulator

Students will learn

about atom,energy banddiagram,conductor andinsulator


5/17

Week 4 Lecture 10 SEMICONDUCTOR THEORY(Conductor)

T-1:CH 1R-1:CH 3R-2:CH 2



SEMICONDUCTOR THEORY(Energy Band diagram)

T-1:CH 1R-1:CH 3R-2:CH 2



SEMICONDUCTOR THEORY(Structure of an atom)

T-1:CH 1R-1:CH 3R-2:CH 2



Lecture 11 SEMICONDUCTOR THEORY(Semiconductor)

T-1:CH 1R-1:Unit 3R-2:CH 2

Introduction to differenttypes of semiconductors

They will be able tounderstand intrinsic andextrinsicsemiconductors

SEMICONDUCTOR THEORY(Intrinsic semiconductor)




SEMICONDUCTOR THEORY(Doping)

T-1:CH 1R-1:Unit 3

R-2:CH 2


They will be able tounderstand intrinsic and

extrinsicsemiconductors

SEMICONDUCTOR THEORY(Extrinsic semiconductor)




SEMICONDUCTOR THEORY(Ptype)




SEMICONDUCTOR THEORY(Ntype)




Lecture 12 SEMICONDUCTOR DIODE(Diode symbol PN)

T-1:ch1R-1:Unit 4R-2:Ch 4

Introduction to PN diodewithout external bias

They will learn aboutPN diode withoutexternal bias

SEMICONDUCTOR DIODE(P-Nunction with no external bias)




SEMICONDUCTOR DIODE(PN

unction)

T-1:ch1

R-1:Unit 4R-2:Ch 4

Introduction to PN diode

without external bias

They will learn about

PN diode withoutexternal bias


6/17

Week 5 Lecture 13 SEMICONDUCTOR DIODE(PNunction)




SEMICONDUCTOR DIODE(P-Nunction with no external bias)




SEMICONDUCTOR DIODE(Diode symbol PN)




Lecture 14 Quiz,Test1

Lecture 15 SEMICONDUCTOR DIODE(P-Nunction with external bias)

T-1:CH 2R-1:Unit 4

RW-1 L 15 Introduction to PNunction with external

bias and VIcharacteristics of diode.L16 Contingency

They will learn aboutPN junction withexternal bias and VIcharacteristics of diode

Audio visual

SEMICONDUCTOR DIODE(Circuit for VI characteristics ofdiode)

T-1:CH 2R-1:Unit 4

RW-1 Introduction to PNunction with external

bias and VIcharacteristics of diode


Audio visual

SEMICONDUCTOR DIODE(kneevoltage)

T-1:CH 2R-1:Unit 4




Week 6 Lecture 16 SEMICONDUCTOR DIODE(kneevoltage)

T-1:CH 2R-1:Unit 4




SEMICONDUCTOR DIODE(Circuit for VI characteristics ofdiode)

T-1:CH 2R-1:Unit 4


bias and VI

characteristics of diode

They will learn aboutPN junction withexternal bias and VI

characteristics of diode

Audio visual

SEMICONDUCTOR DIODE(P-Nunction with external bias)

T-1:CH 2R-1:Unit 4

RW-1 L 15 Introduction to PNunction with external

bias and VIcharacteristics of diode.L16 Contingency


Audio visual

Lecture 17 SEMICONDUCTOR DIODE(Static resistance)

T-1:CH 1R-1:Unit 4

Concept of static anddynamic resistance

They will get an idea ofstatic and dynamicresistance

SEMICONDUCTOR DIODE(Dynamic resistance)

T-1:CH 1R-1:Unit 4



SEMICONDUCTOR DIODE(Reverse breakdown voltage)

T-1:CH 1R-1:Unit 4




7/17

Week 6 Lecture 18 SEMICONDUCTOR DIODE(Reverse breakdown voltage)

T-1:CH 1R-1:Unit 4



SEMICONDUCTOR DIODE(Dynamic resistance)

T-1:CH 1R-1:Unit 4



SEMICONDUCTOR DIODE(Static resistance)

T-1:CH 1R-1:Unit 4



Week 7 Lecture 19 SEMICONDUCTOR DIODE

(Zenerdiode)

T-1:CH 3

R-1:CH 5

RW-8 Introduction and working

of zener diode

How zener diode is

different from PN diode

Demonstration cum

lecture

Lecture 20 SEMICONDUCTOR DIODE(LED)

Concept of LED andPhotodiode

Students will learnabout LED andPhotodiode

Demonstration

SEMICONDUCTOR DIODE(Photodiode)

T-1:CH 3R-1:

R-2:CH 5

Concept of LED andPhotodiode

Students will learnabout LED andPhotodiode

Demonstration

Lecture 21 SEMICONDUCTOR DIODE(Varactor diode)

T-1:CH 3 Concept of Varactor andShottky diode

Learn about Varactorand Shottky diode

httpenwikipediaorgwikiVaricap

SEMICONDUCTOR DIODE(Shottky diode) T-1:CH 3 Concept of Varactor andShottky diode Learn about Varactorand Shottky diode httpenwikipediaorgwikiVaricap

MID-TERMWeek 8 Lecture 22 Rectifiers(Definition) T-1:Ch 2

R-1:Unit 4R-2:CH 2

RW-2 Introduction ofrectifier,need andworking of HWR

Students will learnabout Half waverectifiers

Audio visual

Rectifiers(Need of Rectification) T-1:Ch 2R-1:Unit 4R-2:CH 2



audio visual

Rectifiers(Types of rectifiers) T-1:Ch 2R-1:Unit 4R-2:CH 2



audio visual

Rectifiers(Half Wave Rectifier) T-1:Ch 2R-1:Unit 4R-2:CH 2



audio visual

Lecture 23 Rectifiers(Full Wave Rectifier) T-1:CH 2R-1:Unit 4R-2:CH 4

RW-3 Working of FWR They will learn aboutfull wave rectifier

Audio visual

Rectifiers(Centre Tap rectifier) T-1:CH 2R-1:Unit 4R-2:CH 4

RW-3 Working of FWR They will learn aboutfull wave rectifier

Audio visual


8/17

Week 8 Lecture 24 Rectifiers(Bridge rectifier) T-1:CH 2R-1:Unit 4R-2:CH 4

RW-4 Working of Bridgerectifier

Students will learn howbridge rectifier works

Audio visual

Rectifiers(circuit diagram) T-1:CH 2R-1:Unit 4R-2:CH 4



Rectifiers(Output waveforms) T-1:CH 2R-1:Unit 4R-2:CH 4

RW-4 L 24 Working of BridgerectifierL25 Contingency


audio visual

Rectifiers(Operation) T-1:CH 2R-1:Unit 4R-2:CH 4



Rectifiers(Input waveforms) T-1:CH 2R-1:Unit 4R-2:CH 4



Week 9 Lecture 25 Rectifiers(Input waveforms) T-1:CH 2R-1:Unit 4

R-2:CH 4



Rectifiers(Operation) T-1:CH 2R-1:Unit 4R-2:CH 4



Rectifiers(Output waveforms) T-1:CH 2R-1:Unit 4R-2:CH 4

RW-4 L 24 Working of BridgerectifierL25 Contingency


audio visual

Rectifiers(circuit diagram) T-1:CH 2R-1:Unit 4R-2:CH 4



Rectifiers(Bridge rectifier) T-1:CH 2R-1:Unit 4R-2:CH 4



Audio visual

Lecture 26 Rectifiers(Ripple factor) T-1:CH 2R-1:Unit 4R-2:CH 4

Basic idea aboutparameters of rectifiers

Students will learnparameters of rectifiers

Rectifiers(Efficiency) T-1:CH 2

R-1:Unit 4R-2:CH 4

Basic idea about

parameters of rectifiers

Students will learn

parameters of rectifiers


9/17

Week 9 Lecture 26 Rectifiers(PIV) T-1:CH 2R-1:Unit 4R-2:CH 4



Rectifiers(Comparison ofRectifiers)




Lecture 27 Filters(Need of filters) T-1:CH 2R-1:Unit 4R-2:CH 4

Introduction of filtersand its types

They will come toknow about need offilter and its types

Filters(Types of filters) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(L C) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(CLC) T-1:CH 2R-1:Unit 4

R-2:CH 4


They will come toknow about need of

filter and its types

Week 10 Lecture 28 Quiz,Test2

Lecture 29 Filters(L) T-1:CH 2R-1:Unit 4R-2:CH 4

Concept of ripple factorand comparison of filters

Students will be able tounderstand ripple factorand comparison offilters

Filters(C) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(Circuit diagram) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(Working principle) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(I/P O/P waveform) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(Comparison of filters) T-1:CH 2R-1:Unit 4R-2:CH 4




10/17

Week 10 Lecture 29 Filters(Formula of Ripple factor for each type)




Lecture 30 Filters(Formula ofRipple factor for each type)




Filters(Comparison of filters) T-1:CH 2R-1:Unit 4R-2:CH 4


Students will be able tounderstand ripple factorand comparison of

filters

Filters(I/P O/P waveform) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(Working principle) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(Circuit diagram) T-1:CH 2R-1:Unit 4

R-2:CH 4


Students will be able tounderstand ripple factor

and comparison offilters

Filters(C) T-1:CH 2R-1:Unit 4R-2:CH 4



Filters(L) T-1:CH 2R-1:Unit 4R-2:CH 4



Week 11 Lecture 31 Regulators(Zener diode asRegulator)


RW-8 Introduction to zenerdiode as regulator.

They will be able tolearn about applicationof zener diode asregulator.

Regulators(Regulation factor) T-1:CH 3R-1:Unit 4R-2:CH 5



Regulators(Load and lineRegulation)




Lecture 32 Regulators(Basic block diagram of

Regulated Power Supply)

R-1:Unit 4

R-2:CH 24

Introduction to regulated

power supply

Students will learn

about regulated andunregulated powersupply.


11/17

Week 11 Lecture 33 BIPOLAR JUNCTIONTRANSISTOR(Introduction)


RW-16 Introduction and workingof PNP and NPNtransistor

Students will be able tolearn about PNP andNPN transistor

BIPOLAR JUNCTIONTRANSISTOR(Types)




BIPOLAR JUNCTIONTRANSISTOR(NPN)




Demonstration

BIPOLAR JUNCTIONTRANSISTOR(PNP junctiontransistors)




BIPOLAR JUNCTIONTRANSISTOR(Symbol)





BIPOLAR JUNCTIONTRANSISTOR(Operating

principle of NPN transistor)

T-1:CH 4R-1:Unit 5

R-2:CH 6

RW-16 Introduction and workingof PNP and NPN

transistor

Students will be able tolearn about PNP and

NPN transistor


Week 12 Lecture 34 BIPOLAR JUNCTIONTRANSISTOR(TransistorConfiguration)


RW-14 Working of transistorconfigurations

Students will learnvarious configurationsas CE,CB and CCconfiguration

BIPOLAR JUNCTIONTRANSISTOR(Common Emitter)




BIPOLAR JUNCTIONTRANSISTOR(Common base)




BIPOLAR JUNCTIONTRANSISTOR(CommonCollector)




BIPOLAR JUNCTIONTRANSISTOR(Comparison ofCB,CE,CC)




White board discussion

BIPOLAR JUNCTION

TRANSISTOR(Characteristics inCE configuration)

T-1:CH 4

R-1:Unit 5R-2:CH 6

RW-14 Working of transistor

configurations

Students will learn

various configurationsas CE,CB and CCconfiguration


12/17

Week 12 Lecture 34 BIPOLAR JUNCTIONTRANSISTOR(Circuit diagram)




Lecture 35 BIPOLAR JUNCTIONTRANSISTOR(Input outputcharacteristics)


RW-6 Concept of transistorcharacteristics

Students will learnabout input and outputcharacteristics oftransistors

BIPOLAR JUNCTIONTRANSISTOR(Cut off region)



Students will learnabout input and outputcharacteristics of

transistors

BIPOLAR JUNCTIONTRANSISTOR(Active region)




BIPOLAR JUNCTIONTRANSISTOR(Saturation region)




BIPOLAR JUNCTIONTRANSISTOR(Input resistance)

T-1:CH 4R-1:Unit 5

R-2:CH 6


Students will learnabout input and output

characteristics oftransistors

BIPOLAR JUNCTIONTRANSISTOR(Output resistance)




BIPOLAR JUNCTIONTRANSISTOR(Current gain)




Lecture 36 BIPOLAR JUNCTIONTRANSISTOR(Need of biasing)


RW-14 Introduction to biasingand use of transistor asan amplifier

Students will learnabout transistor biasingand amplification

BIPOLAR JUNCTIONTRANSISTOR(DC load line)




BIPOLAR JUNCTIONTRANSISTOR(Operating point)




BIPOLAR JUNCTION

TRANSISTOR(Transistor as anamplifier)

T-1:CH 5

R-1:Unit 7R-2:CH 8

RW-14 Introduction to biasing

and use of transistor asan amplifier

Students will learn

about transistor biasingand amplification


13/17

Week 12 Lecture 36 BIPOLAR JUNCTIONTRANSISTOR(Graphicalrepresentation)




BIPOLAR JUNCTIONTRANSISTOR(Current gain)




BIPOLAR JUNCTIONTRANSISTOR(Voltage gain)




BIPOLAR JUNCTIONTRANSISTOR(Power gain)




BIPOLAR JUNCTIONTRANSISTOR(Single stage CEamplifier)




BIPOLAR JUNCTIONTRANSISTOR(Function of each

component)

T-1:CH 5R-1:Unit 7

R-2:CH 8

RW-14 Introduction to biasingand use of transistor as

an amplifier

Students will learnabout transistor biasing

and amplification

BIPOLAR JUNCTIONTRANSISTOR(Frequencyresponse and bandwidth)




BIPOLAR JUNCTIONTRANSISTOR(Need of cascadeamplifier)




BIPOLAR JUNCTIONTRANSISTOR(Types of coupling

RC couple)

T-1:CH 5R-1:Unit 7

R-2:CH 8

RW-14 Introduction to biasingand use of transistor as

an amplifier

Students will learnabout transistor biasing

and amplification

BIPOLAR JUNCTIONTRANSISTOR(Transformercouple)




BIPOLAR JUNCTIONTRANSISTOR(Directcouple)




BIPOLAR JUNCTION

TRANSISTOR(Circuit diagramand function of each component)

T-1:CH 5

R-1:Unit 7R-2:CH 8

RW-14 Introduction to biasing

and use of transistor asan amplifier

Students will learn

about transistor biasingand amplification


14/17

Week 12 Lecture 36 BIPOLAR JUNCTIONTRANSISTOR(Application ofeach amplifier)




BIPOLAR JUNCTIONTRANSISTOR(Transistor as aswitch)




BIPOLAR JUNCTIONTRANSISTOR(Operation)




Week 13 Lecture 37 Quiz,Test3

Lecture 38 FIELD EFFECT TRANSISTOR(Introduction)

T-1:CH 7R-1:UNIT 8R-2:CH 13

RW-7 Introduction to FET Students will be able tolearn field effecttransistor and its types


FIELD EFFECT TRANSISTOR(Types)



FET will be shown tostudents

FIELD EFFECT TRANSISTOR(Symbols)



FIELD EFFECT TRANSISTOR(Working principles)



Lecture 39 FIELD EFFECT TRANSISTOR(Characteristics of FET)

T-1:CH 7R-2:CH 14

Introduction to FETcharacteristics andMosfet

Students will learnabout MOSFET

FIELD EFFECT TRANSISTOR

(Circuit diagram for draincharacteristics)

T-1:CH 7

R-2:CH 14

Introduction to FET

characteristics andMosfet

Students will learn

about MOSFET

FIELD EFFECT TRANSISTOR(Drain resistance)

T-1:CH 7R-2:CH 14



FIELD EFFECT TRANSISTOR(Mutual conductance)

T-1:CH 7R-2:CH 14



FIELD EFFECT TRANSISTOR(Amplification factorand their relation)

T-1:CH 7R-2:CH 14



FIELD EFFECT TRANSISTOR(Pinch off voltage of FET)

T-1:CH 7R-2:CH 14




15/17

Week 13 Lecture 39 FIELD EFFECT TRANSISTOR(Comparison of BJT and FET)

T-1:CH 7R-2:CH 14



white board discussion

FIELD EFFECT TRANSISTOR(MOSFET)

T-1:CH 7R-2:CH 14



audio visual

FIELD EFFECT TRANSISTOR(Symbol)

T-1:CH 7R-2:CH 14



FIELD EFFECT TRANSISTOR

(Working principle of MOSFET)

T-1:CH 7

R-2:CH 14

Introduction to FET

characteristics andMosfet

Students will learn

about MOSFET

FIELD EFFECT TRANSISTOR(Application of FET andMOSFET)

T-1:CH 7R-2:CH 14



Week 14 Lecture 40 FIELD EFFECT TRANSISTOR(Characteristics of FET)

T-1:CH 7R-2:CH 14



Lecture 41 INTREGATED CIRCUITS(Introduction)

R-1:UNIT 1R-2:CH17

Introduction to differenttypes of IC s

Students will learnaboutMonolithic,Hybrid andconcept of LSI,VLSI

INTREGATED CIRCUITS(Types)

R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(Hybrid)

R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(Monolithic)

R-1:UNIT 1R-2:CH17


Students will learnaboutMonolithic,Hybrid and

concept of LSI,VLSIINTREGATED CIRCUITS(Concept of LSI)

R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(MSI) R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(VLSI) R-1:UNIT 1R-2:CH17



concept of LSI,VLSI

W k 14 L 42 INTREGATED CIRCUITS(VLSI) R 1 UNIT 1 I d i diff S d ill l


16/17

Week 14 Lecture 42 INTREGATED CIRCUITS(VLSI) R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(MSI) R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(Concept of LSI)

R-1:UNIT 1R-2:CH17



concept of LSI,VLSI

INTREGATED CIRCUITS(Monolithic)

R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(Hybrid)

R-1:UNIT 1R-2:CH17



INTREGATED CIRCUITS(Types)

R-1:UNIT 1R-2:CH17


Students will learnabout

Monolithic,Hybrid andconcept of LSI,VLSI

INTREGATED CIRCUITS(Introduction)

R-1:UNIT 1R-2:CH17



SPILL OVERWeek 15 Lecture 43 Spill Over

Lecture 44 Spill Over

Lecture 45 Spill Over

Scheme for CA:

Component Frequency Out Of Each Marks Total Marks

Quiz,Test 2 3 10 20

Total :- 10 20

Details of Academic Task(s)

AT N Obj ti T i f th A d i T k N t f A d i T k E l ti M d All tt t /


17/17

AT No. Objective Topic of the Academic Task Nature of Academic Task(group/individuals/field

work

Evaluation Mode Allottment /submission Week

Quiz1 To recognize andidentify the in depthknowledge ofstudents related tosubject.

L1-12 Individual 30 questions of 1mark each

4 / 5

Test1 To check the coreknowledge and skillsthat the students

have derived fromthe course.

L14-l26 Individual 6 questions of fivemarks each

9 / 10

Test2 To check the coursespecific informationof students and toget an insight of thisknowledge.

L27-36 Individual 6 questions of fivemarks each

12 / 13

electronic ip lpu

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