IPATE Exam 2020 - Instrumentation Engineering

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Key Features and Syllabus covered


What is this course about?

iPATE (Industrial Proficiency Aptitude Test for Engineers ) Conducted by Confederation of Indian Industries (CII). It is a Gateway to enter in the Corporate World and it is One Stop Solution for Indian Industry to recruit Top Technical Talent on PAN India. More than 9000 MNCs recruiting on basis of iPATE.

B.E./B.Tech/B.Arch/M.E./M.Tech passout or final year candidates are eligible for this iPATE exam with having No Age Limit eligibility and unlimited no. of Attempts.

This exam consists of 3 sections having total 100 Questions of 100 Marks: Cognitive Abilities, Professional Abilities & Technical Abilities.

Online registrations start from 1st January 2020 to 31st March 2020 and Online exam dates are 4th, 5th, 11th & 12th July 2020. Online live classes for iPATE starts from 25th March 2020. Do your registrations as early as possible and join online live classes of 600+ hours. 40 % discount on fees for early-bird registrations (First fifty students).

Click here to download Syllabus....

So don’t miss the live classes and avail initial 40% discount.

Coupon Code - IPATEIN40

 

Curriculum :

1 # Basic theory of circuit

01:09:18

2 # Numerical based on KCL and KVL and connecion of element

01:09:02

3 # Numerical based on MESH and NODAL analysis

00:46:37

4 # AC Steady state analysis

01:05:06

5 # Phasor analysis, Resonance condition for RLC series and Parallel circuit

00:33:16

6 # Network theorems and numerial based on theorems

01:03:32

7 # Transient Analysis with numerical

00:29:10

8 # Transient analysis using Lapalce transform with numerical

01:07:24

9 # Two port network

00:58:07

10 # Numerical on two port network and magnetic coupled circuit

00:45:30

1 # SYLLABUS AND INTRODUCTION

00:08:48

2 # SIGNAL DEFINITION AND CLASSIFICATION

00:20:48

3 # DIFFERENT TYPE OF SIGNAL

00:34:24

4 # DIFFERENT TYPE OF SIGNAL

00:17:07

5 # DIFFERENT TYPE OF SIGNAL AND OPERATION OF SIGNAL

00:25:45

6 # OPERATION OF SIGNAL

00:03:53

7 # OPERATION OF SIGNAL

00:31:23

8 # OPERATION OF SIGNAL

00:28:36

9 # OPERATION OF SIGNAL

00:02:29

10 # FOURIER TRANSFORM

00:04:37

11 # FOURIER TRANSFORM

00:44:53

12 # FOURIER TRANSFORM

00:19:37

13 # FOURIER TRANSFORM

00:28:59

14 # FOURIER TRANSFORM

00:24:42

15 # FOURIER TRANSFORM

00:06:20

16 # FOURIER TRANSFORM

00:07:55

17 # FOURIER TRANSFORM

00:48:34

18 # FOURIER TRANSFORM

00:50:52

19 # LAPLACE TRANSFORM

00:39:57

20 # LAPLACE TRANSFORM

00:21:01

21 # LAPLACE TRANSFORM

00:30:50

22 # LAPLACE TRANSFORM

00:20:01

23 # Z TRANSFORM

00:14:02

24 # Z TRANSFORM

00:10:35

25 # Z TRANSFORM

00:22:29

26 # Z TRANSFORM

00:30:03

27 # SAMPLING THEOREM

00:37:47

28 # DTFT

00:13:54

29 # DFT

00:05:41

30 # DIGITAL FILTER

00:08:15

31 # DIGITAL FILTER

00:09:38

32 # DIFFERNTIATION AND INTEGRATION

00:32:40

33 # DISCRETE TIME SYSTEM

00:31:11

34 # CLASSIFICATION OF SIGNAL

00:55:10

35 # CLASSIFICATION OF SIGNAL

00:56:00

36 # CLASSIFICATION OF SIGNAL

00:15:45

37 # CLASSIFICATION OF SIGNAL

00:19:40

38 # BASIC SYSTEM PROPERTIES

00:23:38

39 # BASIC SYSTEM PROPERTIES

00:38:16

40 # BASIC SYSTEM PROPERTIES

00:14:42

41 # BASIC SYSTEM PROPERTIES

00:08:04

42 # BASIC SYSTEM PROPERTIES

00:13:23

43 # BASIC SYSTEM PROPERTIES

00:26:14

44 # CONVOLUTION

00:41:09

45 # CONVOLUTION

00:51:43

46 # BASIC SYSTEM PROPERTIES

00:30:13

47 # FOURIER SERIES

00:46:26

48 # FOURIER SERIES

00:18:13

49 # FOURIER SERIES

00:15:16

50 # FOURIER SERIES

00:45:01

51 # FOURIER SERIES

00:36:19

52 # FOURIER SERIES AND FOURIER TRANSFORM

00:08:08

53 # FOURIER SERIES AND FOURIER TRANSFORM

00:44:31

1 # BASICS OF CONTROL, TRANSFER FUNCTION,BLOCK DIAGRAM

02:42:33

2 # BLOCK DIAGRAM, SIGNAL FLOW GRAPH

02:28:43

3 # TIME RESPONSE ANALYSIS(1st order and 2nd order)

02:26:24

4 # TIME RESPONSE ANALYSIS AND STEADY STATE ERROR

02:51:33

5 # STEADY STATE ERROR AND RH CRITERIA

02:34:35

6 # RELATIVE STABILITY AND ROOT LOCUS

02:58:51

7 # ROOT LOCUS

02:53:19

8 # FREQUENCY RESPONSE ANALYSIS, BODE PLOT

03:44:42

9 # BODE PLOT

01:25:41

10 # POLAR PLOT

02:22:57

11 # NYQUIST PLOT

01:46:34

12 # NYQUIST PLOT AND STATE VARIABLE

02:11:11

1 # Power supply

00:58:50

2 # Diode Application

00:50:24

3 # BJT and its operation in Active mode, region of operation, early effect

00:53:22

4 # Instability in collector current, stability factor, various biasing circuit used in BJT

00:50:43

5 # Numerical based on biasing circuit and operating point, Biasing in IC circuit, Current mirror circuit, Numerical based on current mirror circuit, WIDLER current source, Thermal rum away

00:43:17

6 # BJT as Amplifier

00:38:54

7 # Small Signal Analysis of Amplifier

00:53:04

8 # Low and High Frequency Analysis of BJT

00:58:49

9 # Multistage Amplifier

00:32:50

10 # Feedback Amplifier

00:51:33

11 # Differential Amplifier

00:47:12

12 # Operational amplifier

00:54:43

13 # Numerical based on OPAMP (Part1)

00:27:33

14 # Numerical based on OPAMP (Part2)

01:02:23

15 # Non inverting amplifier with non-ideal OPAMP, Schmitt trigger, Multivibrator- Monostable and Astable Multivibrator

00:50:26

16 # JFET & MOSFET

00:56:02

17 # Low and High frequency analysis of JFET and MOSFET, CMOS inverter and numerical based on CMOS

00:36:39

18 # Oscillator

00:41:05

1 # Boolean Algebra

02:52:25

2 # K-Map

02:58:23

3 # Practice questions on Minimization

00:56:17

4 # Logic Gates-1 (NOT, AND, OR Gates)

01:07:33

5 # Logic Gates-2 (NAND & NOR Gates)

00:57:25

6 # Logic Gates-3 (Ex-OR & Ex-NOR Gates)

03:07:04

7 # Logic Gates-4 & Combinational Circuits-1

03:21:50

8 # Combinational Circuits-2

02:14:22

9 # Combinational Circuits-3

00:38:41

10 # Combinational Circuits-4

02:04:49

11 # Combinational Circuits-5

01:59:55

12 # Decoder,Encoder & Sequential Circuits-1

02:35:00

13 # Sequential Circuits-2

02:45:23

14 # Flip-Flops

01:55:24

15 # Registers (SISO & SIPO)

01:52:54

16 # PISO & PIPO REGISTERS and COUNTERS-1

03:03:33

17 # Synchronous Counter

03:13:15

18 # Number System-1

02:41:19

19 # NUMBER SYSTEM-2

03:20:06

1 # INTRODUCTION

00:10:03

2 # CONCEPT OF MODULATION

00:44:14

3 # AMPLITUDE MODULATION

00:49:28

4 # AMPLITUDE MODULATION

00:51:57

5 # AMPLITUDE MODULATION

00:45:53

6 # AMPLITUDE MODULATION

00:32:22

7 # AMPLITUDE MODULATION

00:35:50

8 # AMPLITUDE MODULATION

00:44:41

9 # AMPLITUDE MODULATION

01:06:23

10 # DOUBLE SIDE BAND MODULATION

01:17:14

11 # SINGLE SIDE BAND AND FDM

01:10:42

12 # FREQUENCY MODULATION

01:06:29

13 # FREQUENCY MODULATION

01:09:38

14 # PHASE MODULATION

00:53:17

15 # FM AND PM

00:52:24

16 # FREQUENCY MODULATION

00:48:43

17 # FREQUENCY MODULATION

01:02:22

18 # RECEIVER

01:04:03

19 # FIGURE OF MERIT

01:18:35

20 # FIGURE OF MERIT

00:22:26

21 # SAMPLING THEOREM

00:39:06

22 # SAMPLING THEOREM

01:14:52

23 # PCM,DPCM

00:55:54

24 # PCM

00:52:34

25 # DM, TDM

01:06:20

26 # LINE CODING

00:10:42

27 # ASK,PSK,FSK

01:18:41

28 # M ARY PSK

01:00:52

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