I am an electronics engineer | 3 yrs teaching experience

Deepak Poonia

This course is especially designed for tackling the objective questions on H-parameter model as the approximation technique will certainly reduce the calculation time in numerical problems. In this course, Deepak will derive some approximate formulas for voltage gain, current gain, input resistance and output resistance of an amplifier, this will also help you in understanding the different applications of common base, common collector and common emitter amplifiers.

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Approximate Analysis of H - Parameter Model for BJT

AC Analysis

Analog Electronics & Circuits

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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In this lesson , Deepak provides you the content to be taught in the lessons to come and he also identifies the need for doing approximate analysis of H-parameter model of BJT and where these approximations can be used.

Overview: Approximate Analysis of H - Parameter Model for BJT

In this lesson, Deepak has derived the approximate formulas for voltage gain , current gain,  input resistance and output resistance of common emitter amplifier having coupling capacitor.

Approximate H - Parameter Analysis of Common Emitter Amplifier

In this lesson, Deepak has derived the formulas for voltage gain, current gain, input resistance and output resistance of common collector amplifier.

Approximate H - Parameter Analysis of Common Collector Amplifier

In this lesson, Deepak has derived the formulas for voltage gain, current gain , input resistance and output resistance of common base amplifier.

Approximate H - Parameter Analysis of Common Base Amplifier

In this lesson , Deepak has derived the formulas for voltage gain, current gain , input resistance and output resistance of common emitter amplifier without bypass capacitor. He has also made a comparison between common emitter, common collector and common base amplifiers.

Comparison between Common Emitter, Common Base and Common Collector Amplifiers

I am Working as Project Associate at IIT MADRAS , Electrical Department. My research area includes Analog and Mixed VLSI.

Raghavendra Reddy

This course will be covering Full -Wave Rectifiers and small signal Analysis. This course also introduces BJT and types of amplifiers.

Analog Electronics for GATE (Part 2 - Rectifiers and Small Signal analysis)

This course is about small signal analysis of BJT. Deepak poonia will also explain AC and DC equivalent circuits of BJT and with the help of these equivalent circuits he will derive formulas for voltage gain, current gain, input resistance and output resistance in h-parameter model of BJT.

Small Signal Analysis of BJT

In this course, we will do small signal analysis of amplifiers using Pi model of BJT and T-model of BJT. Deepak poonia will  explain Pi model parameters and T-model parameters and will show their relation with h-parameters.He will also explain the properties of an ideal voltage and current amplifier.

Pi-model Of BJT For GATE

(Hindi) Pi-model of BJT

Scientist at MeitY, Cracked ESE with AIR-11, Worked in BEL and Samsung, cleared written of  BARC & ISRO, Love cricket, movies & teaching

Shubham Kumar Dwivedi

This course talks about BJT amplifiers, small signal analysis & h-parameter model. This course will also include analysis of various amplifiers using h-parameters. Educator will also solve previous years asked questions from ESE & GATE exams.

(Hindi) BJT Amplifiers & h-parameter Model For GATE/IES

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Prime Gate Institute

In this course we are going to to learn BJT DC Biasing Problem Solving Techniques. We will learn how to find node voltages and branch currents also we will see how to identify region of operation. This course is beneficial for GATE and ESE Aspirants.

Lessons

5 lessons • 49m

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Overview: Approximate Analysis of H - Parameter Model for BJT

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Approximate H - Parameter Analysis of Common Emitter Amplifier

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Approximate H - Parameter Analysis of Common Collector Amplifier

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Approximate H - Parameter Analysis of Common Base Amplifier

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Comparison between Common Emitter, Common Base and Common Collector Amplifiers