Канал: ECE Tutes

Small Signal model of MOSFET | Transconductance and dynamic drain resistance fully explained

Small Signal model of MOSFET | Transconductance and dynamic drain resistance fully explained

Numerical Problems on MOSFET | MOSFET Biasing Circuits

Numerical Problems on MOSFET | MOSFET Biasing Circuits

FEEDBACK AMPLIFIERS | Introduction | Types of feedback | Effect of negetive feedback

FEEDBACK AMPLIFIERS | Introduction | Types of feedback | Effect of negetive feedback

MOSFET BIASING CIRCUITS

MOSFET BIASING CIRCUITS

Introduction to MOSFETS | MOSCAP | Accumulation, Depletion and Inversion Modes | Fully Explained

Introduction to MOSFETS | MOSCAP | Accumulation, Depletion and Inversion Modes | Fully Explained

ENERGY AND POWER SIGNALS | Classification of Energy, Power, Neither Energy nor Power Signals

ENERGY AND POWER SIGNALS | Classification of Energy, Power, Neither Energy nor Power Signals

Darlington Amplifier | Why Bootstrap biasing is used in Darlington Amplifier- fully explained

Darlington Amplifier | Why Bootstrap biasing is used in Darlington Amplifier- fully explained

MULTISTAGE AMPLIFIER | Cascading | Loading Effect | Effect of cascading on cut-off frequency

MULTISTAGE AMPLIFIER | Cascading | Loading Effect | Effect of cascading on cut-off frequency

MILLER THEOREM fully explained with example | BUFFER | Analog Electronics

MILLER THEOREM fully explained with example | BUFFER | Analog Electronics

Comparison between CE, CB and CC Amplifiers

Comparison between CE, CB and CC Amplifiers

Common Base Amplifier | Analysis of CB Amplifier using h-parameter Model | Fully Explained

Common Base Amplifier | Analysis of CB Amplifier using h-parameter Model | Fully Explained

Common Collector Amplifier | Analysis of CC Amplifier using h-parameter Model | Fully Explained

Common Collector Amplifier | Analysis of CC Amplifier using h-parameter Model | Fully Explained

Analysis of CE Amplifier without bypass capacitor using h parameter | Analog Electronics

Analysis of CE Amplifier without bypass capacitor using h parameter | Analog Electronics

RC Coupled Amplifier Fully Explained | Analysis of BJT Common Emitter by h-Parameter

RC Coupled Amplifier Fully Explained | Analysis of BJT Common Emitter by h-Parameter

h parameter model of BJT Fully explained | Analog Electronics | Part 7

h parameter model of BJT Fully explained | Analog Electronics | Part 7

Amplifiers | Analog Electronics | Part 6

Amplifiers | Analog Electronics | Part 6

BJT Biasing | Analog Electronnics | Part 5

BJT Biasing | Analog Electronnics | Part 5

Instability in Collector Current | Analog Electronics | Part 4

Instability in Collector Current | Analog Electronics | Part 4

DC Load Line and Operating Point | Analog Electronics | Part 3

DC Load Line and Operating Point | Analog Electronics | Part 3

Region of Operation of BJT ( Standard Method) | Analog Electronics | Part 2

Region of Operation of BJT ( Standard Method) | Analog Electronics | Part 2

Region of Operation of BJT ( Shortcut Method) | Analog Electronics | Part -1

Region of Operation of BJT ( Shortcut Method) | Analog Electronics | Part -1

Problems on properties of Impulse Signal | Signals and System- III

Problems on properties of Impulse Signal | Signals and System- III

Elementary Continuous Time Signals | Properties of Impulse Signal | Signal and System - 2

Elementary Continuous Time Signals | Properties of Impulse Signal | Signal and System - 2

Operations on Continuous and Discrete Time Signals | Signals and System -1

Operations on Continuous and Discrete Time Signals | Signals and System -1