Lecture - 15 h and g Parameters

Course Lectures

• Lecture - 1 Introduction

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• Lecture - 2 Diode

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• Lecture - 3 Diode Characteristics

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• Lecture - 4 Rectifier

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• Lecture - 5 Voltage Multiplier

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• Lecture - 6 Full Wave Rectifier and Peak Detector

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• Lecture - 7 Diode as a GATE

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• Lecture - 8 Analog GATE

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• Lecture - 9 Small Signal Analysis of Diode Circuit

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• Lecture - 10 Zener Regulator and Voltage Regulator

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• Lecture - 11 Varactor Diode

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• Lecture - 12 Amplifiers

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• Lecture - 13 Cascading of Amplifiers

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• Lecture - 14 Cascading of Amplifiers

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• Lecture - 15 h and g Parameters

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• Lecture - 16 Two Port Analysis

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• Lecture - 17 Amplifier Applications

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• Lecture - 18 Frequency Limitations Of An Amplifier

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• Lecture - 19 Distortion In Amplifiers

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• Lecture - 20 Bipolar Junction Transistor

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• Lecture - 21 Transistor (BJT) Inverter

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• Lecture - 22 Transistor Biasing

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• Lecture - 23 Stable Way of Biasing

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• Lecture - 24 Comman Emiter Amplifiers

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• Lecture - 25 Transistor Biasing Using Single Supply

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• Lecture - 26 Metal Oxide Semiconductor

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• Lecture - 27 Construction of a MOSFET

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• Lecture -28 Varieties of MOSFETS and JFETS

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• Lecture - 29 Characteristics of MOSFET

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• Lecture - 30 Cascading Amplifiers

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• Lecture - 31 Cascading (Direct Coupling)

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• Lecture - 32 The Differential Amplifiers

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• Lecture - 33 BJT Differential Amplifiers

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• Lecture - 34 MOSFET Differential Amplifiers

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• Lecture - 35 Cascading Differential Amplifiers

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• Lecture - 36 Current Source and Current Sink

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• Lecture - 37 NMOS Inverters and CMOS Inverters

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• Lecture - 38 Active Components used in Electronics

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