Published 12/2022MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 4.90 GB | Duration: 20h 45m

 

Active/Passive components and their specifications.

Semi-conductors and their classifications.

Working principles of P-N Junction diode and Zener diode.

Bi-polar junction transistor types and their operation principles.

Biasing conditions for different configuration circuits.

Field effect transistor types and their working principles.

Special purpose diodes/transistors.

All topics will be explained from the ground up. There are no pre-requisites though some general knowledge of electronics will be beneficial. You will also learn while watching without getting bored.

Electronics gives us an opportunity not only to understand the world around us, but to also interact with it, and to create whole new realities of our own.Electrical and electronic eeers work at the forefront of practical technology, improving the devices and systems we use every day. This course is also designed and to meet all those requirements in need.This is an introductory course which about the different types of electronic devices that are being used in our day- to - day life. For this there is no need of any previous knowledge just if you know a little bit of physics is more than enough. Do you know this? Electrical and electronic eeers work at the forefront of practical technology, improving the devices and systems we use every day. The benefits of electronics in our lives have saved people a lot of , effort and money, because they mostly use savings systems.In the complete course on Electronic Devices and circuits, you will learn about atomic structure(valence electrons), passive & active components ,Transistors & their types ,FET and their classifications, Special purpose diodes .Along with these there are problems provided for each topic. Not only this there are multiple quizzes for you after each lecture.

Section 1: What is meant by electronics?

Lecture 1 BASICS OF ELECTRONICS

Lecture 2 VOL-CURRENT-RESISTANCE

Lecture 3 ENERGY BAND DIAGRAM

Lecture 4 CLASSIFICATION OF MATERIALS

Section 2: Types of sonductors

Lecture 5 INTRINSIC SONDUCTOR

Lecture 6 EXTRINSIC SONDUCTOR

Section 3: Passive components

Lecture 7 INTRODUCTION TO RESISTOR

Lecture 8 TYPES OF RESISTORS

Lecture 9 READING VALUES OF RESISTOR

Lecture 10 CAPACITOR

Lecture 11 TYPES OF CAPACITORS

Lecture 12 SPECIFICATIONS OF CAP

Lecture 13 READING VALUES OF CAP

Lecture 14 INDUCTOR

Lecture 15 WORKING OF INDUCTOR

Lecture 16 TYPES OF INDUCTORS

Lecture 17 SPECIFICATIONS OF INDUCTOR

Lecture 18 READING VALUES OF INDUCTOR

Section 4: PN Junction diode

Lecture 19 INTRO TO PN JUN DIODE

Lecture 20 ENER BAND DIA FOR PN

Lecture 21 FORWARD BIAS P-N JUNDIODE

Lecture 22 REVERSE BIAS PN JUNDIODE

Lecture 23 current com of p-n jun diode

Lecture 24 PN JUNTION DIODE EQU

Lecture 25 DIODE-RESISTANCE

Lecture 26 TEMP DEPE OF PN JUN DIODE

Lecture 27 TRANSITION CAPACITANCE

Lecture 28 DIFFUSION CAPACITANCE

Lecture 29 DIODE EQU CIR-PN DIODE

Lecture 30 BREAKDOWN MECH-PN

Lecture 31 TEMP-DEP ON BD-PN

Section 5: Zener diode

Lecture 32 ZENER DIODE

Lecture 33 CHARA OF ZENER DIODE

Lecture 34 SPECIFICATIONS OF ZENER DIODE

Lecture 35 EQU CIRCUITS -ZENER DIODE

Lecture 36 EFFECT OF TEMP-ZENER DIODE

Lecture 37 BREAKDOWN MEC -ZENER DIODE

Lecture 38 ADV-DISADV-APP-ZENER DIODE

Lecture 39 APP OF ZENER DIODE

Lecture 40 ZENER AS VOL REGULATOR

Section 6: Rectifiers and their types

Lecture 41 INTRODUCTION TO RECTIFIER

Lecture 42 TYPES OF RECTIFIER

Lecture 43 HALF-WAVE RECTIFIER

Lecture 44 CHAR OF HALF WAVE RECTIFIER

Lecture 45 full wave rectifier

Lecture 46 CHARACTERISTICS OF FULL WAVE RECTIFIER

Lecture 47 BRIDGE WAVE RECTIFIER

Lecture 48 CHAR OF BRIDGE REC

Section 7: Comaparisons b/w different types of rectifiers

Lecture 49 COMP BET CENTER BRIDGE REC

Lecture 50 COMP BET REC CIRCUITS

Section 8: Filters and their types

Lecture 51 INTRODUCTION TO FILTERS

Lecture 52 CAPACITOR INPUT FILTER

Lecture 53 FULL WAVE CAP INPUT FILTER

Lecture 54 BRIDGEWAVE REC WITH CAP

Lecture 55 EXP FOR CAP INPUT FILTER

Lecture 56 SURGE CURRENT

Section 9: Inductor filter

Lecture 57 INTRO TO INDUCTOR FILTER

Lecture 58 L-SECTION FILTER

Lecture 59 BLEEDRE RESISTANCE

Lecture 60 MULTIPLE L -SECTION FILTER

Lecture 61 COMP BET CAPAC AND LC FILTER

Section 10: Clc filters

Lecture 62 CLC- FILTER

Lecture 63 EXP FOR RIPPLE FACTOR-CLC

Section 11: Vol reg power supply

Lecture 64 VOLTAGE POWER SUPPLY

Lecture 65 PARA OF POWER SUPPLY

Lecture 66 TYPES OF VOLTAGE REGU

Lecture 67 COMP BET SERIES- SH VOL REG

Lecture 68 COMP BET REC AND REG

Lecture 69 ANAL OF ZENER VOL REG

Lecture 70 PTROTE CIRCUIT - ZENER DIODE

Section 12: Transistors

Lecture 71 INTRODUCTION TO TRANSISTORS

Lecture 72 CONSTRUCTION OF TRANSISTOR

Lecture 73 OPERATING REG TRANS

Lecture 74 TRANSISTOR VOLATGES

Lecture 75 TRANSISTOR CURRENTS

Lecture 76 RELATIONSHIP BET TRANS COMP

Section 13: Types of transistor

Lecture 77 TRANSISTOR AS AMPLIFIER

Lecture 78 NPN TRANSISTOR

Lecture 79 PNP TRANSISTOR

Lecture 80 COMPARISON BETWEEN NPN AND PNP

Section 14: Transistor configurations

Lecture 81 TRANSISTOR CONFIGURATIONS

Lecture 82 CB CONFIGURATION

Lecture 83 INPUT CHAR OF CB

Lecture 84 OUTPUT CHARACTERISTICS -CB

Lecture 85 CE CONFIGURATION

Lecture 86 INPUT CHARACTERISTICS-CE

Lecture 87 OUTPUT CHARACTERISTICS-CE

Lecture 88 CC CONFIGURATION

Lecture 89 INPUT CHARACTERISTICS-CC

Lecture 90 OUTPUT CHARACTERISTICS_CC

Section 15: Adv/dis/app and problem on trans configuration

Lecture 91 PROBLEMS ON TRANSISTOR CONF

Lecture 92 ADV-DISADV-TRANSISTOR

Lecture 93 APPLICATIONS OF TRANSISTOR

Lecture 94 COMPARISON BET TRANSISTOR CONF

Section 16: Biasing of transistor

Lecture 95 INTRODUCTION TO BIASING

Lecture 96 A.C LOAD LINE

Lecture 97 D.C LOAD LINE

Lecture 98 PROBLEMS ON LOAD LINES

Lecture 99 OPERATING POINT CRITERIA

Lecture 100 STABILIZATION

Section 17: Biasing techniques

Lecture 101 FIXED BIAS CIRCUIT

Lecture 102 STABILITY FACTORS-FB

Lecture 103 ADV-DISADV-APP-F.B

Lecture 104 COLLECTOR FEEDBACK BIAS

Lecture 105 STABILTY FACTOR-CB

Lecture 106 ADV-DISADV-APP-CB

Lecture 107 VOLTAGE-DIVIDER BIAS

Lecture 108 STABILITY FACTORS-VOL DIV BIAS

Lecture 109 ADV-DISADV-APP-VOL DIV BIAS

Section 18: Compensation techniques

Lecture 110 DIODE COMPENSATION TECH

Lecture 111 THERMISTOR COMPENSATION

Lecture 112 SENSISTOR COMPENSATION

Section 19: Thermal Electronics

Lecture 113 THERMAL RUNAWAY

Lecture 114 THERMAL RESISTANCE

Lecture 115 THERMAL STABILITY

Section 20: Unipolar junction transistor

Lecture 116 UJT INTRODUCTION

Lecture 117 UJT CHARACTERTISTICS

Lecture 118 ADV-DISADV-APP-UJT

Lecture 119 UJT RELAXATION OSCILLATOR

Section 21: Special purpose diodes

Lecture 120 SCHOTTKY DIODE

Lecture 121 CHAR OF SCHOTTKY DIODE

Lecture 122 ADV-DISADV-APP-SCH DIODE

Lecture 123 VARACTOR DIODE

Lecture 124 CHARA OF VARACTOR DIODE

Lecture 125 ADV-DISA-APP-VAR DIODE

Lecture 126 PHOTO DIODE

Lecture 127 CHARA OF PHOTO DIODE

Lecture 128 ADV-DIS-APP-PHOTO DIODE

Lecture 129 LED

Lecture 130 CHARACTERISTICS OF LED

Lecture 131 ADV-DISADV-APP-LED

Lecture 132 TUNNEL DIODE

Lecture 133 WORKING OF TUNNEL DIODE

Lecture 134 CHARA OF TUNNEL DIODE

Lecture 135 ADV-DIS-APP-TUNNEL DIODE

Section 22: Silicon controlled rectifier

Lecture 136 SILICON CON RECTIFIER

Lecture 137 WORKING OF SCR

Lecture 138 CHARACTERISTICS 0F SCR

Lecture 139 ADV-DIASADV-APP-SCR

Lecture 140 SCR CROWBAR CIRCUIT

Lecture 141 SINGLE PHASE HWR - SCR

Lecture 142 SINGLE PHASE FWR-SCR

Lecture 143 COMP BET HWR AND FWR -SCR

Lecture 144 PROBLEMS ON SCR

Lecture 145 SMALL SIGNAL OF PHOTO DIO

Lecture 146 SENSITI OF ILLUM FOR PD

Lecture 147 PHOTO DIODE AS VOLTAIC CELL

Section 23: Small signal low freq model

Lecture 148 SMALL SIGNAL LOW FRE MODEL

Lecture 149 DETER OF H-PARAM

Lecture 150 ANALYSIS OF H-PARAMETERS

Lecture 151 CE-AMPLIFIER H-PARAMETER

Lecture 152 CC AMPLIFIER-H-PARAMETER

Lecture 153 CB-AMPLIFIER-H-PARAMETER

Section 24: Simplified model of small signal

Lecture 154 SIMPLIFIED MODEL OF CE AMP

Lecture 155 PROB ON CE SIMP MODEL

Lecture 156 SIMP MODEL OF CC AMP

Lecture 157 PROB ON SIMPLIFIED CC AMP

Lecture 158 SIMP MODEL OF CB AMP

Lecture 159 PROB ON SIM CB MODEL

Lecture 160 MILLERS THEOREM

Section 25: Junction field effect transistor

Lecture 161 INTRODUCTION TO JFET

Lecture 162 CONSTRUCTION OF JFET

Lecture 163 OPERAT OF N-CHANNEL JFET

Lecture 164 EXPR FOR PINCH-OFF VOLTAGE

Lecture 165 PARAMETERS OF JFET

Lecture 166 TRANS CHAR OF N-CHAN JFET

Lecture 167 DRAIN CHAR OF N-CHAN JFET

Lecture 168 CHARS OF P-CHANNEL JFET

Lecture 169 ADV-DISADV-APP-FET

Lecture 170 ADV-DISADV-APP-JFET

Lecture 171 COMP BET P AND N-CHANNEL

Lecture 172 COMP BET BJT AND FET

Section 26: Metal oxide sonductor fet

Lecture 173 INTRODUCTION TO MOSFET

Lecture 174 INTRO TO N-CHAE D - MOSFET

Lecture 175 OPER OF N-CHAEL D-MOSFET

Lecture 176 OPER OF P-CHAEL D-MOSFET

Lecture 177 INTRODUCTION TO E-MOSFET

Lecture 178 OPERA OF N-CHA E-MOSFET

Lecture 179 OPERA OF P-CHAL E-MOSFET

Lecture 180 COMP BET JFET AND MOSFET

Lecture 181 COMP BET D-MOS AND E-MOS

Lecture 182 OPERATION OF P-CHANNEL JFET

Lecture 183 COMP BET NAND P-CHA MOS

Section 27: Fet amplifier

Lecture 184 COMM SOURCE FET AMP

Lecture 185 COM SOURCET FET-BYPASSED

Lecture 186 COMM SOURCE FET SELF-BIAS-UN

Lecture 187 COM SOURCE FET AMP-VOL DIV

Lecture 188 COM SOURCE FET AMP-VOL-DIV

Lecture 189 COMMON DRAIN FET AMP

Section 28: Generlized fet amplifier

Lecture 190 GENERALISED FET AMPLIFIER

Lecture 191 BIASING FET AMPLIFIER

Lecture 192 VOL DIVI FET BIAS AMP

Lecture 193 SELF-BIAS FET AMPLIFIER

Lecture 194 GRAPHICAL SOL FOR FET AMP

Lecture 195 BIASI FOR ZERO DRIFT CURRENT

Lecture 196 DERIVATION FOR ZERO CURRENT

Lecture 197 BIASING AGAI DEVICE VAR

Lecture 198 FET AS VOL CONT RESISTOR

Lecture 199 EXP FOR SAT DRAIN CURRENT

Lecture 200 SLOPE TRAN CHAR AT IDSS

Students who study in the departments of electronics, electrical and computer eeering.,Electronics communication eeering students.,Diploma students.,12th class students (physics).,Any one interested in electrical-electronics as a hobby and curious.,Students studying in related departments of faculty of technology.

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