AEC ISO Lesson Plan

PES Institute of Technology and Management

Issue/ Rev. No: 1/0 Date: 01/12/2013 Page: 1 of 3 Form No: R/T&L/07

Department of Electronics & CommunicationLesson Plan

Subject : Analog Electronic Circuits Subject Code: 10ES32Semester: 3rd AI / A Marks :25

Hours/ Week :04Practical Component : 1 Hr/ Week

Exam Hours : 03 Total Hours : 52 / 56Exam Marks : 100 Prepared on: 30/07/2014Name of Faculty: Mahendra S. Naik Designation: Asst. Professor

Class No

Topics to be covered Planned Date

Conducted Date

Remarks

UNIT -1 Diode Circuits Allotted Hours: 06

1 Diode Resistance & equivalent circuits

05/08/2014

2 Transition and diffusion capacitance

06/08/2014

3 Reverse recovery time, Load line analysis

07/08/2014

4 Rectifiers08/08/20

14

5 Clippers09/08/20

14

6 Clampers12/08/20

14

UNIT -2 TRANSISTOR BIASING Allotted Hours: 06

7 Operating point , Fixed bias circuits

13/08/2014

8 Emitter stabilized biased circuits

14/08/2014

9 Voltage divider biased, DC bias with voltage feedback

16/08/2014

10 Miscellaneous bias configurations

19/08/2014

11 Design operations , Transistor switching networks

20/08/2014

12 PNP transistors , bias stabilization

21/08/2014



UNIT -3 TRANSISTORS AT LOW FREQUENCIES Allotted Hours: 07

13 BJT transistor modeling22/08/20

14

14 CE fixed bias configuration, Voltage divider bias

23/08/2014

15 Emitter Follower , CB configuration

26/08/2014

16 Collector feedback configuration

27/08/2014

17 Analysis of circuits re model28/08/20

14

18Analysis of CE configuration using h-parameter model

30/08/2014

19Relationship between h-parameter model of CE,CC and CE configuration

02/09/2014

UNIT -4 TRANSISTOR FREQUENCY RESPONSE Allotted Hours: 07

20 General frequency considerations

03/09/2014

21 Low frequency response04/09/20

14

22 Miller effect capacitance05/09/20

14

23 High frequency response06/09/20

14

24 High frequency response (contd..)

11/09/2014

25Multistage frequency effect (contd..)

12/09/2014

26Multistage frequency effect 13/09/20

14

UNIT -5 (a) GENERAL AMPLIFIERS & (b) FEEDBACK AMPLIFIERS Allotted Hours:07

27 Cascade connections16/09/20

14

28 Cascode connections17/09/20

14

29 Darlington connections18/09/20

1430 Feedback concept 19/09/20



14

31 Feedback connections type20/09/20

14

32 Practical feedback circuits23/09/20

14

33 Design procedures for the feedback amplifiers

25/09/2014

UNIT -6 POWER AMPLIFIERS Allotted Hours: 07

34 Definitions and amplifier types26/09/20

14

35 Series fed class A Amplifiers27/09/20

14

36 Transformer coupled class A amplifiers

30/09/2014

37 Class B amplifier operations01/10/20

14

38 Class B amplifier circuits 07/10/20

14

39 Amplifier distortions14/10/20

14

40 Designing of power amplifiers15/10/20

14

UNIT -7 OSCILLATORS Allotted Hours: 06

41 Oscillator operation16/10/20

14

42 Phase shift Oscillator17/10/20

14

43 Weinbridge Oscillator18/10/20

14

44 Tuned Oscillator circuits21/10/20

14

45 Crystal Oscillator(BJT version only)

28/10/2014

46 Simple design methods of Oscillators

29/10/2014

UNIT -8 FET AMPLIFIERS Allotted Hours: 06

47 FET small signal model30/10/20

1448 Biasing of FET 05/10/20



14

49 Common gate common drain configuration

06/10/2014

50 MOSFET’s07/10/20

14

51 FET amplifier networks13/10/20

14

52FET amplifier networks (contd..) 14/10/20

14

Recommended Books:

1. “Electronic Devices and Circuit Theory”, Robert L. Boylestad and Louis Nashelsky, PHI/Pearson Eduication. 9TH Edition.

Reference Books:

1. “Integrated Electronics”, Jacob Millman & Christos C. Halkias, Tata - McGraw Hill, 2nd

Edition, 2010.

2. “Electronic Devices and Circuits”, David A. Bell, PHI, 4th Edition, 2004.

3. “Analog Electronics Circuits: A Simplified Approach”, U.B. Mahadevaswamy,

Pearson/Saguine, 2007.

Prepared by Reviewed by Approved bySignature

Name Faculty HOD Principal

AEC ISO Lesson Plan

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