MAHARAJA ENGINEERING COLLEGE FOR WOMEN, PERUNDURAI

DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERINGLESSON PLAN

Name of the Faculty: P.NALLASIVAM Department: ECESubject code & Name: EC6304/ ELECTRONIC CIRCUITS-I Class/Sem: II ECE/IIIAcademic Year: 2014 – 2015 (ODD SEMESTER)

S.No

ProposedTopic

Actual Reference Book

SpecialTeaching

AidsSign Date Hour Date Hour

UNIT – 1: BIASING OF DISCRETE BJT AND MOSFET 1 26.06.14 4 Introduction 26.06.14 4 A 1

2 26.06.14 6 Transistor operation and its characteristics 26.06.14 6 A 1

3 27.06.14 3 Biasing and need for biasing 27.06.14 3 A 1

4 30.06.14 1 DC load line and operating point 30.06.14 1 A 1

5 30.06.14 4 Biasing methods for BJT-fixed biasing 30.06.14 4 A 1

6 01.07.14 8 Stability factors of fixed bias 01.07.14 8 A 1

7 03.07.14 4 Collector to base bias and its stability factors

03.07.14 4 A 1

8 03.07.14 6 Voltage divider bias and its stability factors

03.07.14 6 A 1

9 04.07.14 3 Problems-biasing techniques 04.07.14 3 A 1

10 08.07.14 8 Diode compensation for Vbe and Ico

08.07.14 8 A 1

11 10.07.14 4Sensistor and thermistor compensation

10.07.14 4A 1

12 11.07.14 3 Thermal stability 11.07.14 3 A 1

13 15.07.14 8Biasing circuits for JFET: gate bias and self bias

15.07.14 8A 1

14 17.07.14 4 Voltage divider bias for JFET 17.07.14 4 A 1

15 17.07.14 6 Problems- design of FET biasing 17.07.14 6 A 1

16 18.07.14 3 Enhancement MOSFET biasing 18.07.14 3 A 1

17 21.07.14 4 Depletion MOSFET biasing 21.07.14 4 A 1

18 21.07.14 8Problems- design of MOSFET biasing

21.07.14 8A 1

Deviations( If Any ): S.No Topic

Faculty In charge HOD

UNIT – 2: BJT AMPLIFIER

19 24.07.14 3 Small signal operation and AC load line 24.07.14 3 A 1

20 24.07.14 6 h-parameter equivalent model of transistor 24.07.14 6 A 1

21 25.07.14 3 Hybrid equivalent circuit of three configurations of transistor 25.07.14 3 A 1

22 31.07.14 4 Common emitter amplifier operation 31.07.14 4 A 1

23 31.07.14 6 Analysis of two port N/W of basic amplifier 31.07.14 6 A 1

24 01.08.14 3 Analysis of common emitter amplifier 01.08.14 3 A 1

25 04.08.14 4 Operation of common collector amplifier 04.08.14 4 A 1

26 05.08.14 8 Problems of CE amplifier 05.08.14 8 A 1

27 07.08.14 4 Analysis of common collector amplifier 07.08.14 4 A 1

28 07.08.14 6 Operation of common base amplifier 07.08.14 6 A 1

29 08.08.14 3 Analysis of common base amplifier 08.08.14 3 A 1

30 12.08.14 8 Approximate Analysis of common emitter amplifier 12.08.14 8 A 1

31 14.08.14 6 Problems regarding CE, CB amplifiers 14.08.14 6 A 1

32 18.08.14 4 Differential amplifier 18.08.14 4 A 1

33 19.08.14 8 Operational modes of Differential amplifier 19.08.14 8 A 1

Deviations( If Any ): S.No Date Hour Topic Date Hour Reason

Faculty In charge HODUNIT – 3: JFET AND MOSFET AMPLIFIERS

34 21.08.14 4 DC and AC analysis of differential amplifiers 21.08.14 4 A 1

35 21.08.14 6 Darlington amplifier 21.08.14 6 A 1

36 22.08.14 3 Bootstrap technique 22.08.14 3 A 1

37 25.08.14 4 Cascade and cascode amplifiers 25.08.14 4 A 1

38 26.08.14 8 Small signal analysis of MOSFET CS amplifiers 26.08.14 8 A,B 1

39 28.08.14 4 Small signal analysis of JFET CS and CG amplifiers 28.08.14 4 B 1

40 01.09.14 4 Small signal analysis of MOSFET source follower 01.09.14 4 A,B 1

41 02.09.14 8 Small signal analysis of JFET source follower 02.09.14 8 A,B 1

42 04.09.14 4 Small signal analysis of MOSFET CG amplifiers 04.09.14 4 A,B 1

43 05.09.14 3 Bi-CMOS cascode amplifier 05.09.14 3 A,B 1

Deviations( If Any ): S.No Date Hour Topic Date Hour Reason

Faculty In charge HODUNIT – 4:  FREQUENCY ANALYSIS OF BJT AND MOSFET AMPLIFIERS

44 05.09.14 3General shape of frequency response, definitions of fL, fH and BW

05.09.14 3 A 1

45 09.09.14 8 Low frequency analysis of BJT amplifiers 09.09.14 8 A,B 1

46 11.09.14 4 Miller’s theorem 11.09.14 4 A,C 1

46 11.09.14 6 Low frequency analysis of MOSFET amplifier 11.09.14 6 C 1

47 12.09.14 3 Hybrid-π model of BJT 12.09.14 3 A 1

48 15.09.14 4 High frequency analysis of BJT CE amplifier 15.09.14 4 A,C 1

49 16.09.14 8 High frequency analysis of MOSFET CS amplifier 16.09.14 8 C 1

50 18.09.14 4Short circuit current gain of CE amplifier and fα and fβ cut-off frequencies

18.09.14 4 A,C1

51 18.09.14 6 Short circuit current gain of CS amplifier and unity gain frequency 18.09.14 6 A,C 1

52 19.09.14 3Determination of bandwidth of single stage amplifier and multi stage amplifier

19.09.14 3 A,C1

53 22.09.14 4 Amplifier rise time, sag and its relation to cut-off frequencies 22.09.14 4 A,C 1

Deviations( If Any ): S.No Date Hour Topic Date Hour Reason

Faculty In charge HODUNIT – 5: IC MOSFET AMPLIFIERS

54 23.09.14 8 IC biasing current steering circuit using MOSFET 29.09.14 4 B,C 1

55 29.09.14 4 MOSFET current sources-PMOS current sources 30.09.14 8 B,C 1

56 30.09.14 8 NMOS current sources 07.10.14 8 B,C 1

57 06.10.14 4 Enhancement load 09.10.14 4 B,C 1

58 07.10.14 8 Depletion load 09.10.14 6 B,C 1

59 10.10.14 3 CMOS common source amplifier 10.10.14 3 B,C 1

60 15.10.14 3 CMOS source follower 15.10.14 3 B,C 1

61 15.10.14 4 CMOS differential amplifier 15.10.14 4 B,C 1

62 16.10.14 1 CMRR of differential amplifier 16.10.14 1B,C 1

63 16.10.14 2 Problems 16.10.14 2B,C 1

Deviations( If Any ): S.No Date Hour Topic Date Hour Reason

Faculty In charge HOD

References:

A. ELECTRONIC CIRCUITS-I BY KATREB. ELECTRONIC CIRCUITS-I BY BAKSHI & GODSEC. ELECTRONIC CIRCUITS-I BY VIDHYALAKSHMI

Special Teaching Aids:

1. CHALK AND BOARD2. LCD PROJECTOR3. OHP

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