Bipolar Junction Transistor ( BJT )

Course Curriculum

Total learning: 69 lessons

Introduction 8
- Lecture1.1
  Introduction
- Lecture1.2
  Terminals of BJT
- Lecture1.3
  BJT Symbols
- Lecture1.4
  BJT Operating Modes
- Lecture1.5
  Current components of BJT in active mode
- Lecture1.6
  Current components of BJT in active mode – 1
- Lecture1.7
  BJT Configurations
- Lecture1.8
  Relation between Alpha and Beta
BJT Characteristics 8
- Lecture2.1
  Collector current of BJT
- Lecture2.2
  Early Effect
- Lecture2.3
  Common Base Input characteristics
- Lecture2.4
  Common Base output characteristics
- Lecture2.5
  Common Emitter ( CE ) Characteristics
- Lecture2.6
  CB, CE,CC comparison
- Lecture2.7
  Procedure to find region of the transistor
- Lecture2.8
  Thermal Runaway
BJT Biasing 14
- Lecture3.1
  Introduction
- Lecture3.2
  Selection of operating point
- Lecture3.3
  Selection of operating point – 1
- Lecture3.4
  Instability in collector current
- Lecture3.5
  Stability Factor
- Lecture3.6
  Biasing Techniques
- Lecture3.7
  Fixed Bias ( Base Bias )
- Lecture3.8
  Collector to Base bias
- Lecture3.9
  Voltage Divider Bias
- Lecture3.10
  Practice Problems from Biasing
- Lecture3.11
  Practice Problems from Biasing – 1
- Lecture3.12
  Diode Compensation Technique
- Lecture3.13
  Compensation Techniques
- Lecture3.14
  Thermistor Compensation Technique
Small Signal Amplifiers 13
- Lecture4.1
  Introduction
- Lecture4.2
  Hybrid model ( H-parameter model )
- Lecture4.3
  Hybrid model ( H-parameter model ) -1
- Lecture4.4
  CE Amplifier
- Lecture4.5
  CC Amplifier ( Emitter follower )
- Lecture4.6
  Hybrid model analysis
- Lecture4.7
  Approximate model
- Lecture4.8
  CE amplifier hybrid model analysis
- Lecture4.9
  CE amplifier hybrid model analysis – 1
- Lecture4.10
  CE amplifier approximate analysis
- Lecture4.11
  CE amplifier approximate analysis – 1
- Lecture4.12
  CC Amplifier analysis
- Lecture4.13
  CB amplifier approximate analysis
HIGH FREQUENCY MODEL OF BJT AMPLIFIER 2
- Lecture5.1
  Introduction
- Lecture5.2
  High Frequency Model
Feedback Amplifiers 11
- Lecture6.1
  Introduction
- Lecture6.2
  Types of feedback amplifiers
- Lecture6.3
  Advantages of negative feedback amplifier
- Lecture6.4
  Sensitivity of Feedback amplifier
- Lecture6.5
  Mixer and sampling circuits
- Lecture6.6
  Types of negative feedback amplifiers
- Lecture6.7
  Voltage series ( voltage ) Feedback amplifier
- Lecture6.8
  Voltage series ( voltage ) Feedback amplifier – 1
- Lecture6.9
  Voltage Shunt Feedback amplifier
- Lecture6.10
  Current Shunt Feedback amplifier
- Lecture6.11
  Comparison of Feedback amplifier
OSCILLATORS 7
- Lecture7.1
  Introduction
- Lecture7.2
  RC phase shift oscillator -1
- Lecture7.3
  RC phase shift oscillator -2
- Lecture7.4
  Sinusoidal Oscillators
- Lecture7.5
  LC Oscillator
- Lecture7.6
  Wein Bridge Oscillator
- Lecture7.7
  Hartley and Colpitts oscillator
Multi-Stage Amplifiers 2
- Lecture8.1
  Introduction
- Lecture8.2
  Multi stage amplifier-1
Power Amplifiers 4
- Lecture9.1
  Introduction
- Lecture9.2
  Power Amplifiers-1
- Lecture9.3
  Classifications of Power Amplifier
- Lecture9.4
  Series Fed Class – A Power amplifier

Hello My dear Students. My name is Srinivas Andoor. I am GATE ECE senior faculty. I am teaching since twelve years. My courses will start always from Basics and discuss up to advance level. For every concept, proper examples discussed along with real time applications. Whoever aiming for higher jobs or competitive exams, this course will help for their preparation.