Course Curriculum
- Introduction
- BJT Characteristics
- BJT Biasing
- Introduction
- Selection of operating point
- Selection of operating point – 1
- Instability in collector current
- Stability Factor
- Biasing Techniques
- Fixed Bias ( Base Bias )
- Collector to Base bias
- Voltage Divider Bias
- Practice Problems from Biasing
- Practice Problems from Biasing – 1
- Diode Compensation Technique
- Compensation Techniques
- Thermistor Compensation Technique
- Small Signal Amplifiers
- Introduction
- Hybrid model ( H-parameter model )
- Hybrid model ( H-parameter model ) -1
- CE Amplifier
- CC Amplifier ( Emitter follower )
- Hybrid model analysis
- Approximate model
- CE amplifier hybrid model analysis
- CE amplifier hybrid model analysis – 1
- CE amplifier approximate analysis
- CE amplifier approximate analysis – 1
- CC Amplifier analysis
- CB amplifier approximate analysis
- HIGH FREQUENCY MODEL OF BJT AMPLIFIER
- Feedback Amplifiers
- Introduction
- Types of feedback amplifiers
- Advantages of negative feedback amplifier
- Sensitivity of Feedback amplifier
- Mixer and sampling circuits
- Types of negative feedback amplifiers
- Voltage series ( voltage ) Feedback amplifier
- Voltage series ( voltage ) Feedback amplifier – 1
- Voltage Shunt Feedback amplifier
- Current Shunt Feedback amplifier
- Comparison of Feedback amplifier
- OSCILLATORS
- Multi-Stage Amplifiers
- Power Amplifiers