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Revision for GATE 2020 with Most Important Topics

Revision for GATE 2020 with Most Important Topics

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About Revision for GATE 2020 with Most Important Topics

All Subject Most important Topics For Gate 2020

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Syllabus

Chapter 1

Concept of Gateflix Revision

1 videos

Concept of Gateflix Revision For EE

Chapter 2

Digital Electronics

  1. Boolean Algebra
  2. Logic Circuit-1
  3. Logic Circuits-2
  4. Logic circuits-3
  5. Logic circuits-4
  6. sequential ckt-1
  7. Sequential Ckt
  8. Finite State Machine
  9. Clock pulse
  10. counters part-1
  11. counter 2
  12. sync counter

12 videos

2.1 Boolean Algebra(Digital Revision)

2.2 Logic Circuit-1(Digital Revision)

2.3 Logic Circuits-2(Digital Revision)

2.4 Logic circuits-3(Digital Revision)

2.5 Logic circuits-4(Digital Revision)

5.1 sequential ckt(Digital Revision)

5.2 Sequential Ckt(Digital Revision)

5.3 Finite State Machine(Digital Revision)

A digital circuit which is used for a counting pulses is known counter. Counter is the widest application of flip-flops. It is a group of flip-flops with a clock signal applied

A digital circuit which is used for a counting pulses is known counter. Counter is the widest application of flip-flops. It is a group of flip-flops with a clock signal applied

Chapter 3

Analog Circuit

  1. Virtual Ground Concept
  2. Transfer Characteristics of Operational Amplifier
  3. Integrator, Differentiator & Filter Circuits
  4. Logarithmic Amplifier & Anti Logarithmic Amplifier
  5. Comparator Circuit
  6. Schmitt Trigger
  7. Common Mode Rejection Ratio (CMRR} & Slew Rate
  8. Operational Amplifier Parameters
  9. Basic of Diodes
  10. Avlanche & Zener Diode Breakdown
  11. Basics of BJT
  12. Standard Equation of BJT
  13. D.C. & A.C. analysis of BJT
  14. FET Analysis

14 videos

1. Virtual Ground Concept(Analog Revision EE-IN)

2.Transfer Characteristics of Operational Amplifier(Analog Revision EE-IN)

3.Integartor, Differentiator & Filter Circuits(Analog Revision EE-IN)

4.Logarithmic Amplifier & Anti Logarithmic Amplifier(Analog Revision EE-IN)

5.Comparator Circuit(Analog Revision EE-IN)

6.Schmitt Trigger(Analog Revision EE-IN)

7.Common Mode Rejection Ratio (CMRR} & Slew Rate(Analog Revision EE-IN)

8.Operational Amplifier Parameters(Analog Revision EE-IN)

9.Basic of Diodes(Analog Revision EE-IN)

10.Avlanche & Zener Diode Breakdown(Analog Revision EE-IN)

11.Basics of BJT(Analog Revision EE-IN)

12.Standard Equation of BJT(Analog Revision EE-IN)

13.D.C. & A.C. analysis of BJT(Analog Revision EE-IN)

14.FET Analysis(Analog Revision EE-IN)

Chapter 4

Electromagnetic Theory

Electromagnetic Theory

1. Electrostatic Field

2. Concept of Electrostatic Field

3. Introduction of EMT & Vector Analysis

4. Vector Calculus

5. Magnetic Boundary Conditions


5 videos

2. Concept of Electrostatic Field-1

Introduction of EMT & Vector Analysis

2. Vector Calculus (EMT Revision)

5.Magnetic Boundary Conditions-1

Chapter 5

Control Systems

Control Systems:-

  1. Standard Second Order System Part-1
  2. Standard Second Order System Part-2
  3. Peak Time
  4. Response Peak and Frequency
  5. Sinusoidal Frequency Response
  6. Controllability and observability
  7. Solution of State Space and zero Input Response
  8. A,B,C,D matrices from Transfer function
  9. Routh Hurwitz Stability
  10. Bode Plot Locating Pole Part-1
  11. Bode Plot Locating Pole Part-2
  12. Polar Plot
  13. Stability from Nyquist
  14. Basics of State Space Analysis
  15. Standard Phase lead Compensator Part 1
  16. Standard Phase lead Compensator Part 2


16 videos

Standard Second Order System Part-1(CS Revision EE-IN)

4.2 Standard Second Order System Part-1(Control System)

Peak Time(CS Revision EE-IN)

Response Peak and Frequency(CS Revision EE-IN)

Sinusoidal Frequency Response(CS Revision EE-IN)

Controllability and observability(CS Revision EE-IN)

Solution of State Space and zero Input Response(CS Revision EE-IN)

A,B,C,D matrices from Transfer function(CS Revision EE-IN)

4. Routh Hurwitz Stability-1

5. Bode Plot Locating Pole Part-1--1

6. Bode Plot Locating Pole Part-2

9. Basics of State Space analysis-1

8. Stability from Nyquist

10.Standard Phase lead Compensator 1

11. Standard Phase lead Compensator 2

Chapter 6

Signal & System

  1. Classification of Signals
  2. Time Operation on Signals
  3. Continuous & Discrete Signals
  4. Classification of System
  5. LTI Systems & Convolution - Theory
  6. Z Transform
  7. Continuous-Time Fourier Series
  8. Continuous-Time Fourier Transform
  9. Continuous-Time Fourier Transform - LTI
  10. Sampling

10 videos

Classification of Signals (Signal & System Revision)

Time Operation on Signals (Signal & System Revision)

Continuous & Discrete Signals (Signal & System Revision)

Classification of System (Signal & System Revision)

LTI Systems & Convolution - Theory (Signal & System Revision)

Z Transform (Signal & System Revision)

Continuous-Time Fourier Series (Signal & System Revision)

Continuous-Time Fourier Transform (Signal & System Revision)

Continuous-Time Fourier Transform - LTI (Signal & System Revision)

Sampling (Signal & System Revision)

Chapter 7

Electrical Machines

Electrical Machines 

1. Transformer - Introduction

2. EMF Equation

3. Equivalent Circuit & Ideal Transformer

4.Testing of Transformer

5. Voltage Regulation

6. Effect of Change of Voltage & Frequency

7. Excitation Current Waveform and Switching Transients

8. How to reduce leakage flux

9. Auto Transformer & Tertiary Winding

10 DC_Machine_Part-1

11 DC_Machine_Part-2

12 DC_Machine_Part-3

13 DC_Machine_Part-4

14 Types of Induction Motor

15 Three Phase Induction Motor Part_1

16 Three Phase Induction Motor Part_2

17 Three Phase Induction Motor Part_3

18 Three Phase Induction Motor Part_4

19 Three Phase Induction Motor Part_5

20 Synchronous Machine Part-1

21 Synchronous Machine Part-2

22 Synchronous Machine Part-3

23 Synchronous Machine Part-4

22 videos

1. Transformer - Introduction (Electrical Machines Revision)

2. EMF Equation (Electrical Machines Revision)

3. Equivalent Circuit & Ideal Transformer (Electrical Machines Revision)

4.Testing of Transformer (Electrical Machines Revision)

5. Voltage Regulation (Electrical Machines Revision)

6. Effect of Change of Voltage & Frequency (Electrical Machines Revision)

7. Excitation Current Waveform and Switching Transients (Electrical Machines Revision)

8. How to reduce leakage Flux (Electrical Machines Revision)

9. Auto Transformer & Tertiary Winding (Electrical Machines Revision)

12 DC_Machine_Part-3 (Electrical Machines Revision)

14 Types of Induction Motor (Electrical Machines Revision)

15 Three Phase Induction Motor Part_1(Electrical Machines Revision)

16 Three Phase Induction Motor Part_2 (Electrical Machines Revision)

17 Three Phase Induction Motor Part_3 (Electrical Machines Revision)

18 Three Phase Induction Motor Part_4 (Electrical Machines Revision)

19 Three Phase Induction Motor Part_5 (Electrical Machines Revision)

20 Synchronous Machine Part-1 (Electrical Machines Revision)

21 Synchronous Machine Part-2 (Electrical Machines Revision)

22 Synchronous Machine Part-3 (Electrical Machines Revision)

23 Synchronous Machine Part - 4 (Electrical Machines Revision)

Chapter 8

Measurement

Measurement 

1. Moving Iron Instrument

2. Dynamometer Type Instrument

3. Wattmeter & Its Method

4. Errors in Wattmeter & Due to PC Induction

5. Bridges

6. Mapping in CRO & Measurement by Using CRO

7. Error Analysis

8. Energy Meter

8 videos

1. Moving Iron Instrument (Measurement Revision)

2. Dynamometer Type Instrument (Measurement Revision)

3. Wattmeter & Its Method (Measurement Revision)

4. Errors in Wattmeter & Due to PC Induction (Measurement Revision)

Chapter 9

Network

KVL, KCL, POWER PART-1

KVL, KCL POWER PART-2

KVL, KCL POWER PART-3

Network Theorems_1

Thevenin & Norton Theorem_2

Thevenin & Norton Theorem GATE que_3

MPT Gate problems_4

3.1 Steady State Analysis introduction

3.2 Steady State Analysis Part-2

3.3 Steady State Analysis Part-3

4.1 Transient Analysis Intro

4.2 Transient Analysis problems

4.3 Transient Analysis gate problems

4.4 Transient Analysis Laplace Transform

14 videos

KVL, KCL, POWER PART-1 (Network Revision - EE)

KVL, KCL POWER PART-2 ( Network Revision - EE )

KVL, KCL POWER PART-3 ( Network Revision - EE )

Network Theorems - 1 ( Network Revision - EE)

Thevenin & Norton Theorem -2 ( Network Revision - EE )

Thevenin & Norton Theorem GATE que -3 (Network Revision - EE )

MPT Gate problems - 4(Network Revision - EE )

3.1 Steady State Analysis introduction ( Network Revision - EE )

3.2 Steady State Analysis Part-2 ( Network Revision - EE )

3.3 Steady State Analysis Part-3 ( Network Revision - EE )

4.1 Transient Analysis Intro ( Network Revision - EE )

4.2 Transient Analysis problems ( Network Revision - EE )

4.3 Transient Analysis gate problems ( Network Revision - EE )

4.4 Transient Analysis Laplace Transform ( Network Revision - EE )

Chapter 10

Power System

1.1 Power Flow Equs

2.1 Per unit system

2.2 Symmetrical Fault Analysis

2.3 Symmetrical Component

2.4 Unsymmetrical Fault Analysis

2.5 ESE Questions FAult analysis

3.1 Load Flow Analysis Part 1

3.2 Load Flow Analysis Part 2

3.3 Load Flow Analysis Part 3

9 videos

1.1 Power Flow Equs ( Power System Revision - EE )

2.1 Per unit system-1 ( Power System Revision - EE )

2.2 Symmetrical Fault Analysis-1 ( Power System Revision - EE )

2.3 . Symmetrical Component-1 ( Power System Revision - EE )

2.4 Unsymmetrical Fault Analysis-1 ( Power System Revision - EE )

2.5 ESE Questions Fault analysis-1 ( Power System Revision - EE )

3.1 Load Flow Analysis Part 1 ( Power System Revision - EE )

3.2 Load Flow Analysis Part 2 ( Power System Revision - EE )

3.3 Load Flow Analysis Part 3 ( Power System Revision - EE )

Chapter 11

Power Electronics

Power Semiconductor Switches

Ac To Dc Converters - Basics

Controlled rectification, Continuous & Discontinuous

Half Wave Controlled Rectification With RL & RLE Load and Numericals

1 - Phase Full Converters & Numericals

1 - Phase Full Converter's Different Configurations & Semi Converter

Ac To Dc Converters

Ac To Dc Converters Part - 2

DC To DC Converters

Boost Converters

Buck - Boost Converters

Questions & Discontinuous Conduction

Discontinuous Conduction Modes

Basics & 1 - Phase half Bridge Inverter

1 - Phase Full Bridge Inverter With R & L Load,

1 - phase Half Bridge Inverter With L Load

3 Phase Voltage Inverter With 180 Degree Conduction Mode

3 Phase Voltage Inverter With 120 Degree Conduction Mode 

Voltage Control Of Inverter (Pulse With Modulation)


18 videos

Power Semiconductor Switches ( Power Electronics Revision - EE)

Ac To Dc Converters - Basics ( Power Electronics Revision - EE)

Controlled rectification, Continuous & Discontinuous ( Power Electronics Revision - EE)

Half Wave Controlled Rectification With RL & RLE Load and Numericals ( Power Electronics Revision - EE)

1 - Phase Full Converters & Numericals( Power Electronics Revision - EE)

1 - Phase Full Converter's Different Configurations & Semi Converter (Power Electronics Revision & EE)

Ac To Dc Converters (Power Electronics Revision & EE)

Ac To Dc Converters Part - 2 (Power Electronics Revision & EE)

DC To DC Converters (Power Electronics Revision & EE)

Boost Converters (Power Electronics Revision & EE)

Buck - Boost Converters (Power Electronics Revision & EE)

Questions & Discontinuous Conduction (Power Electronics Revision & EE)

Discontinuous Conduction Modes (Power Electronics Revision & EE)

Basics & 1 - Phase half Bridge Inverter (Power Electronics Revision & EE)

1 - Phase Full Bridge Inverter With R & L Load, 1 - phase Half Bridge Inverter With L Load (Power Electronics Revision & EE)

3 Phase Voltage Inverter With 180 Degree Conduction Mode (Power Electronics Revision & EE)

3 Phase Voltage Inverter With 120 Degree Conduction Mode (Power Electronics Revision & EE)

Voltage Control Of Inverter (Pulse With Modulation) (Power Electronics Revision & EE)

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Hey Aspirants ,

Welcome to The Revision section of GATEflix. We have been getting request from many Students that Gateflix videos are great but we do Not have 400 hours to listen these videos and make notes from It. So , can You please tell us The Most important topics in exam as we have not prepared much till Now. 

We took This feedback In right direction and have launched a data driven revision course for only GATE-2020 students. We have analysed the last 10 years papers of GATE and found patterns in the papers. For instance we found that In ME paper most of The times the thermodynamics questions are placed from question number 40 to 48 . When we dig more we found that there are only few topics in each subject and chapter from which questions are frequently asked. So, we went ahead and compile those topics from GATEFLIX videos to curate This revision course.

Does it mean That rest of the topics will Not appear in exam. We don’t say That but if You not prepared much till Now doing This revision will fetch you decent score.

The following are the advantages you will find after attending these sessions:

1.      Crisp , to the point explanation of Topics which have appeared in GATE exam many a times.

2.      Revise concepts quickly

3.      Learn short cuts for few topics and also solve previous year GATE questions Of those topics.

4.      These videos are just 70-80 hours and Will make you more confident in exams.

How To access this course :

a.      If you are already enrolled for GATE 2020 course with GATEflix, you just have To put your GATE admit card and photo to access the Course. No extra Charge is To be paid. From 6th Jan , 1 pm you will find The revision tab in Your subject list or on Your dashboard.

b.      If you are a non gateflix User till Now , You will Have To pay Rs.101 for The course which will be refunded to you through paytm or by manual Method within 3 days of payment. You also will have To compulsorily upload your correct admit card and photo to access the videos . (The price includes GST of 18% which unfortunately won’t be refunded and a auto generated receipt will be provided to you.)

General Things to Look at :

a.      Please upload exact admit card and photo as we have Artificial intelligence based Bot Imbibed to check The authenticity of The document . If we found any thing fishy will expel you from Any further services of GATEflix.

b.      The above course is valid till GATE 2020 and is meant for only GATE 2020 takers. In case you forge your data and try to put any false document we would bar you for any future course at GATEFLIX.

c.      These Videos Are only 70-80 hours which consist of most frequently asked topics in GATE . That means every day if you spend 3-4 hours along with your original study plan you could easily get good Marks Till GATE 2020.

So, Learn and score great in exam.

Best of luck for Your preparation


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