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Analog Electronic Devices

Engineering

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Semiconductor Materials

Intrinsic and Extrinsic Semiconductors

Electron Vs Hole Flow

Mass Action Law

Charge Densities in a Semiconductor

Conductivity of a Semiconductor

Conductivity of Semiconductors Numerical Part 1

Conductivity of Semiconductors Numerical Part 2

PN Junction Diode No Applied Bias

Barrier Potential

Width of Depletion Region

PN Junction Diode Forward Bias Condition

PN Junction Diode Reverse Bias Condition

Semiconductor Diode

V I Characteristics of PN Junction Diode

Effects of Temperature on V I Characteristics

Ideal Vs Practical Diode

Diode Equivalent Circuits

Load Line Analysis of Diode

Load Line Analysis Numerical Problem

DC or Static Resistance of a Diode

AC or Dynamic Resistance of a Diode

Average AC Resistance of a Diode

Series Diode Configurations

Series Diode Configuration Examples

Parallel Diode Configurations

Parallel and Series Parallel Configuration of Diodes Examples

Introduction to Diode Rectifier Circuits

Half Wave Rectifier

Half Wave Rectifier RMS Load Current RMS Load Voltage

Half Wave Rectifier Form Factor

Half Wave Rectifier Ripple Factor

Half Wave Rectifier Efficiency PIV

Full Wave Bridge Rectifier

Full Wave Center Tapped Rectifier

Full Wave Rectifier DC Load Current DC Load Voltage

Full Wave Rectifier RMS Load Current RMS Load Voltage

Full Wave Rectifier Form Factor Ripple Factor

Full Wave Rectifier Efficiency PIV

Diode Rectifier Circuits Numerical Problem

Introduction to Zener Diodes

Effects of Temperature on Zener Voltage

Zener Diode as Voltage Regulator Part 1

Zener Diode as Voltage Regulator Part 2

Zener Diode as Voltage Regulator Part 3

Zener Diode as Voltage Regulator Part 4

Zener Diode Numerical Problems Part 1

Zener Diode Numerical Problems Part 2

Voltage Multiplier Circuits Half Wave Voltage Doubler

Voltage Multiplier Circuits Full Wave Voltage Doubler

Voltage Multiplier Circuits Voltage Tripler Quadrupler

Introduction to Clippers

Unbiased Series Clippers

Biased Series Clippers

Unbiased Parallel Clippers

Biased Parallel Clippers

Zener Diode Clipping Circuits

Combination Clipper Circuits

Transfer Characteristics of Clipper Circuit

Introduction to Clampers

Positive Negative Clamper Circuits

Biased Clamper Circuit

Clampers Solved Problem

Introduction to Bipolar Junction Transistors BJT

Working of Transistors

Common Base Configuration of a Transistor

CB Transistor Input Characteristics Early Effect

CB Transistor Output Characteristics

Transistor Amplifying Action

Common Emitter Configuration of a Transistor

Common Emitter Transistor Input Characteristics

Common Emitter Transistor Output Characteristics

Common Collector Configuration of a Transistor

Relation between α β and γ

DC Biasing Load Line Operating Point of Transistors

Fixed Bias Configuration of a Transistor

Fixed Bias Configuration Solved Problem

Emitter Bias Configuration

Emitter Bias Configuration Solved Problem

Collector Feedback Biasing

Collector Feedback Biasing Solved Problem

Collector Feedback Bias with Emitter Resistance

Voltage Divider Bias

Voltage Divider Bias Solved Problem

Thermal Runaway in Transistors

Bias Stabilization and Stability Factors

Stability Factor for Fixed Bias Configuration

Stability Factor for Emitter Bias Configuration

Stability Factor for Collector Feedback Biasing

Stability Factor for Voltage Divider Bias

Transistor Saturation

Small Signal Analysis of BJT

AC Equivalent Circuit of BJT Amplifier

Hybrid Model Calculation of h Parameters

Hybrid Model Equivalent Circuit

Analysis of Transistor Amplifier Using h Parameters Part 1

Analysis of Transistor Amplifier Using h Parameters Part 2

Analysis of Transistor Amplifier Using h Parameters Part 3

Approximate Hybrid Equivalent Model

Conversion of h Parameters

re Transistor Model Part 1

re Transistor Model Part 2

re Model Fixed Bias Configuration | Part 1

re Model Fixed Bias Configuration | Part 2

re Model Fixed Bias Configuration | Part 3

re Model Solved Problem 1

re Model Voltage Divider Bias

re Model Solved Problem 2

Hybrid π Model

Hybrid π Model Solved Problem

Emitter Follower Configuration Part 1

Emitter Follower Configuration Part 2

Two Port Systems Approach

Two Port Systems Approach with Load Resistance

Two Port Systems Approach with Source Resistance

Two Port Systems Approach with Source and Load Resistances

Two Port Systems Approach Solved Problem

Cascaded Systems

Cascaded Systems Solved Problem

Darlington Pair

Touch Sensor Using Darlington Pair

DC Analysis of Darlington Circuit

Introduction to Field Effect Transistors FETs

Construction and Working of JFET

Working of JFET Zero Voltage at the Gate

Pinch off Voltage

JFET as a Current Source

Working of JFET Negative Voltage at the Gate

Output or Drain Characteristics of JFET

JFET as Voltage Controlled Resistor

Transfer Characteristics of JFET

BJT Vs JFET

JFET Solved Problems Part 1

JFET Solved Problems Part 2

Construction Working of Enhancement Type MOSFET Part 1

Construction Working of Enhancement Type MOSFET Part 2

Drain Characteristics of Enhancement Type MOSFET

Transfer Characteristics Symbols of Enhancement Type MOSFETs

Construction of Depletion Type MOSFET

Working of Depletion Type MOSFET

Drain Transfer Characteristics of Depletion Type MOSFET

MOSFET Solved Problems Part 1

MOSFET Solved Problems Part 2

Introduction to FET Biasing

Fixed Bias Configuration of JFET Mathematical Approach

Fixed Bias Configuration of JFET Graphical Approach

Fixed Bias Configuration of JFET Solved Problem

Self Bias Configuration of JFET Mathematical Approach

Self Bias Configuration of JFET Graphical Approach

Voltage Divider Bias Configuration of JFET

Common Gate Configuration of JFET

JFET Biasing Special Case

Introduction to Depletion Type MOSFET Biasing

Self Bias Configuration of Depletion Type MOSFET

Depletion Type MOSFET Biasing Special Case

Voltage Divider Bias Configuration of Depletion Type MOSFET

Depletion Type MOSFET Biasing Solved Problem

Introduction to Enhancement Type MOSFET Biasing

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Chandragiri Renuakshaya 

NA
2025-11-25

SANAGONDA SIRI 

nice
2025-11-25

Renu Akshaya Chandragiri 

it was great
2025-11-15

Gadiraju Sri lasya 

good
2025-11-15

Mahalakshmi Yathamshetty 

good course
2025-11-15

vuggam dhanunjay 

good
2025-11-12

Sharanya Samudrala 

okk
2025-11-09

siddartha 

good
2025-11-09

Dhanavath shivaji 

good
2025-11-08

praneeth kumar 

good enhalf to crack to gate entrance exam
2025-11-08

Kritika Umak 

The Analog Electronic Devices course provided a strong foundation in understanding the behavior and characteristics of components such as diodes, BJTs, and MOSFETs. The lectures were informative and helped clarify many theoretical concepts through practical examples.
2025-11-07

RESHMA .KADUDURI 

good explation
2025-05-17

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Analog Electronic course, In this course explore fundamentals of Analog Electronics, covering circuits, components, and signal processing techniques.

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