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Index

Simple Diode Circuits

Transistors

Bipolar Junction Transistors

Junction Field Effect Transistors

MOSFET

Transistor Biasing & Stabilization

Amplifiers

Oscillators

Operational Amplifier

Active Filters

Basics of Digital Electronics

Combinational Logics

Sequential Logic Circuits

Data Selectors and Multiplexers

A/D & D/A Converters and Sample/Hold Circuits

Important Notes

All Exams > Electrical Engineering (EE) > Analog and Digital Electronics > All Videos

All videos of Analog and Digital Electronics for Electrical Engineering (EE) Exam

Simple Diode Circuits

Introduction to Semiconductors

10:50 min

PN Junction Diode

14:50 min

Zener Breakdown

10:03 min

Diode Resistance

13:55 min

Conductivity of a Semiconductor

10:28 min

Zener Diode

29:01 min

Schottky Diode

10:46 min

Photodiode Explanation

12:48 min

Clipper Circuits

14:03 min

Unbiased Series Clippers

11:02 min

Clamper Circuits

18:23 min

Half Wave Rectifier

14:58 min

Full Wave Rectifier

18:23 min

RMS and Average Value

12:53 min

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Transistors

Transistors: How do they work?

06:53 min

What is Transistor?

08:12 min

Bipolar Transistor: Common Base Configuration

14:41 min

Transistor as an Amplifier

20:45 min

Transistors Explained: What is a Transistor?

01:00 min

What is BJT?

00:53 min

Current Components of Transistor

08:20 min

What is IGBT ?

00:59 min

Bipolar Transistor: Common-Collector Configuration

08:52 min

Introduction to Bipolar Junction Transistors

13:07 min

Bipolar Junction Transistors

Bipolar Junction Transistor

17:34 min

Common base Configuration

14:41 min

Common Emitter Configuration

13:12 min

Common Collector Configuration

08:52 min

BJT: Voltage Divider Bias Configuration

16:49 min

BJT: Bias Stabilization and Stability Factor

12:47 min

Junction Field Effect Transistors

Construction and Working of JFET

09:06 min

BJT Vs FET

00:48 min

Why Named as Field Effect Transistor (FET)?

00:54 min

Output Characteristics of JFET

14:59 min

Transfer Characteristics of JFET

10:02 min

Fixed Bias Configuration of JFET

07:53 min

Self Bias Configuration of JFET

14:52 min

JFET Working Conditions

16:19 min

MOSFET

Construction of enhancement type MOSFET - 1

16:03 min

Construction of enhancement type MOSFET - 2

18:49 min

Drain Characteristics of MOSFET

18:14 min

Transfer Characteristics of MOSFET

16:18 min

Construction of Depletion type MOSFET

07:13 min

Working of Depletion type MOSFET

14:23 min

Characteristics of Depletion type MOSFET

17:33 min

Self Bias Configuration of Depletion type MOSFET

14:51 min

Transistor Biasing & Stabilization

Transistor Biasing

15:02 min

Fixed Bias Configuration of Transistor

11:12 min

DC biasing

17:55 min

Bias Stabilization

07:27 min

Amplifiers

Amplifier: Basics

03:16 min

Classification of Amplifier

05:37 min

Multistage Transistor Amplifier

33:38 min

RC Coupled Amplifier

03:38 min

Transformer Coupled Amplifier

03:59 min

Direct Coupled Amplifier

03:18 min

Types of Power Amplifiers

10:19 min

Introduction to Feedback Amplifiers

03:35 min

Feedback Amplifier: Working

04:48 min

Block Diagram of Feedback Amplifier

08:30 min

Effect on Cut off Frequency of Negative Feedback Amplifier

08:59 min

Oscillators

Oscillators Working

09:18 min

Hartley Oscillator

10:29 min

Colspitts Oscillator

17:38 min

Wien Bridge Amplifier

13:39 min

Clapp Oscillator

03:22 min

RC Phase Shift Oscillator

17:08 min

Voltage Controlled Oscillator

13:25 min

Oscillators and Barkhausen Criteria

14:16 min

Operational Amplifier

Introduction to Operational Amplifier

13:10 min

Concept of Virtual Grounding

09:43 min

Non- Inverting Op-Amp

11:40 min

Summing Amplifier

17:03 min

Op-Amp as Differential Amplifier

14:20 min

Op Amp Integrator

18:21 min

Op Amp Differentiator

19:54 min

Gain Bandwidth product

09:57 min

Comparators with Op Amp

12:37 min

Schmitt Trigger

20:02 min

Instrumentation Amplifier

17:26 min

Concept of Virtual Ground for OP-AMP

05:58 min

Active Filters

DC Rectifier With Filter Capacitor

09:23 min

Active Filters: Explanation

16:33 min

Types of Active Filters

10:12 min

RC Low pass Filter

15:18 min

RC High Pass Filter

13:23 min

Active Low Pass and Active High Pass Filter

16:33 min

Band Pass and Band Stop Filter

12:56 min

Filter Approximation

09:53 min

Butterworth Filters

16:49 min

Chebyshev Filter : Design of Low Pass and High Pass

22:11 min

Basics of Digital Electronics

Binary Number Systems

08:25 min

Alphanumeric Code

04:43 min

AND using NOR gate

00:50 min

4 Variable Karnaugh Map I

11:17 min

Karnaugh Maps I

25:45 min

Karnaugh Maps III

10:31 min

Don't Care in Karnaugh Map

10:05 min

POS (Maxterms)

00:51 min

SOP (Minterms)

00:49 min

Combinational Logics

8-Bit Full Adder

02:26 min

Half Adder

05:10 min

Combinational & Sequential Circuits

22:51 min

Full Adder

13:38 min

4-Bit Parallel Adder using Full Adders

15:12 min

2-Bit Comparator

05:31 min

4-Bit Magnitude Comparator

04:20 min

Introduction to Encoders & Decoders

01:58 min

BCD to 7 Segment Decoder

01:28 min

Priority Encoder

10:50 min

Sequential Logic Circuits

Introduction to S-R Flip Flop

12:27 min

Flip Flop Applications

20:57 min

Introduction to T Flip Flop

03:21 min

Introduction to D Flip Flop

04:35 min

Introduction to JK Flip Flop

07:46 min

Master Slave JK Flip Flop

09:08 min

Introduction to Counters

11:40 min

3-Bit & 4-Bit Asynchronous Down Counter

10:22 min

3-Bit Synchronous Up Counter

12:26 min

Shift Register (SIPO & PIPO Mode)

11:53 min

Data Selectors and Multiplexers

Introduction to Multiplexers

12:27 min

1:4 Demultiplexer

06:21 min

Full Adder Using Half Adder

00:57 min

Half Adder

01:00 min

8x1 Multiplexer using 2x1 MUX

00:49 min

4x1 Multiplexer using 2x1 MUX

00:56 min

Introduction to Demultiplexer(1:2 DEMUX)

09:59 min

Full Subtractor

07:42 min

Half Subtractor

06:56 min

Ripple Carry Adder or Parallel Adder

07:13 min

4 Bit Parallel Adder using Full Adders

10:27 min

A/D & D/A Converters and Sample/Hold Circuits

Introduction to ADC and DAC

14:50 min

Analog to Digital Converter: Single Slope and Dual Slope ADC Explained

17:18 min

Counter Type ADC Explained

06:50 min

Analog to Digital Converter: Tracking Type ADC Explained

07:12 min

Successive Approximation ADC Explained

08:55 min

Sample and Hold Circuit Using Op-OP-AMP

05:41 min

Important Notes

Introduction to Semiconductors

10:50 min

PN Junction Diode

14:50 min

Zener Breakdown

10:03 min

Diode Resistance

13:55 min

Zener Diode

29:01 min

Schottky Diode

10:46 min

Photodiode Explanation

12:48 min

Clipper Circuits

14:03 min

Clamper Circuits

18:23 min

Half Wave Rectifier

14:58 min

Full Wave Rectifier

18:23 min

RMS and Average Value

12:53 min

Transistors: How do they work?

06:53 min

Bipolar Junction Transistor

17:34 min

Common base Configuration

14:41 min

Common Emitter Configuration

13:12 min

Common Collector Configuration

08:52 min

BJT: Voltage Divider Bias Configuration

16:49 min

BJT: Bias Stabilization and Stability Factor

12:47 min

Construction and Working of JFET

09:06 min

Output Characteristics of JFET

14:59 min

Transfer Characteristics of JFET

10:02 min

Fixed Bias Configuration of JFET

07:53 min

Self Bias Configuration of JFET

14:52 min

JFET Working Conditions

16:19 min

Construction of enhancement type MOSFET - 1

16:03 min

Construction of enhancement type MOSFET - 2

18:49 min

Drain Characteristics of MOSFET

18:14 min

Transfer Characteristics of MOSFET

16:18 min

Construction of Depletion type MOSFET

07:13 min

Working of Depletion type MOSFET

14:23 min

Characteristics of Depletion type MOSFET

17:33 min

Self Bias Configuration of Depletion type MOSFET

14:51 min

Transistor Biasing

15:02 min

Fixed Bias Configuration of Transistor

11:12 min

DC biasing

17:55 min

Bias Stabilization

07:27 min

Amplifier: Basics

03:16 min

Classification of Amplifier

05:37 min

Multistage Transistor Amplifier

33:38 min

RC Coupled Amplifier

03:38 min

Transformer Coupled Amplifier

03:59 min

Direct Coupled Amplifier

03:18 min

Types of Power Amplifiers

10:19 min

Introduction to Feedback Amplifiers

03:35 min

Feedback Amplifier: Working

04:48 min

Block Diagram of Feedback Amplifier

08:30 min

Effect on Cut off Frequency of Negative Feedback Amplifier

08:59 min

Oscillators Working

09:18 min

Hartley Oscillator

10:29 min

Colspitts Oscillator

17:38 min

Wien Bridge Amplifier

13:39 min

Clapp Oscillator

03:22 min

RC Phase Shift Oscillator

17:08 min

Voltage Controlled Oscillator

13:25 min

Oscillators and Barkhausen Criteria

14:16 min

Introduction to Operational Amplifier

13:10 min

Concept of Virtual Grounding

09:43 min

Non- Inverting Op-Amp

11:40 min

Summing Amplifier

17:03 min

Op-Amp as Differential Amplifier

14:20 min

Op Amp Integrator

18:21 min

Op Amp Differentiator

19:54 min

Gain Bandwidth product

09:57 min

Comparators with Op Amp

12:37 min

Schmitt Trigger

20:02 min

Instrumentation Amplifier

17:26 min

Active Filters: Explanation

16:33 min

Types of Active Filters

10:12 min

RC Low pass Filter

15:18 min

RC High Pass Filter

13:23 min

Active Low Pass and Active High Pass Filter

16:33 min

Band Pass and Band Stop Filter

12:56 min

Filter Approximation

09:53 min

Butterworth Filters

16:49 min

Chebyshev Filter : Design of Low Pass and High Pass

22:11 min

Analog and Digital Electronics

137 videos|143 docs|71 tests

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Video lectures for Analog and Digital Electronics 2024 is part of Electrical Engineering (EE) exam preparation. The videos have been prepared according to the Electrical Engineering (EE) exam syllabus. The Video lectures, notes, tests & MCQs are made for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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