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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Hindi

(Hindi) Approximate Analysis Of H-Parameter Model For BJT: GATE (ECE)

BJT Biasing Circuits

Analog Electronics & Circuits

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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Test Preparation

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.

Course Overview (in Hindi)

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 Analysis of H-parameter Model for Common Emitter Amplifier (in Hindi)

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

Approximate Analysis of H-Parameter Model for Common Collector Amplifier (in Hindi)

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

Approximate Analysis of H-Parameter Model for Common Base amplifier (in Hindi)

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 (in Hindi)

My name is Aniket Pandet . I completed my 12th from model school rewa (m.p.) and i am electronics and communication branch engineer . I have

Aniket Pandey

In this course i going to discuss tha basic of signal variation, and to explain where this consept is came small signal and why BJT only works as small signal.

Small Signal Model of BJT : GATE

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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.

(Hindi) BJT: DC Biasing Problem Solving Techniques - GATE (ECE)

This course discusses basics of BJT and its operations. Deepak Poonia will also explain some important concepts on BJT that will create a strong base for you to understand the applications of BJT.

(Hindi) Bipolar Junction Transistor (BJT) Basics and its Operations for GATE (ECE)

BTech (ECE) , MTech  , 9years teaching experience as an Assistant Professor. Physics  is my passion . 
Referral Code : PRANGYA

Prangya Parimita Acharya

This course will be Beneficial for GATE aspirants as well as will be helpful for B TECH students for semester examinations.

DC Biasing of BJT (Common Emitters): GATE

1000+ GATE lectures•University Syllabus Coverage•M.tech, B.tech (ECE), Former automation engineer•Jony Ive Award’18, Top Educator’17

Jigyasa Singh

The weightage of analog electronics in GATE is approx 10 to 12 marks. Hence it becomes an essential topic to study for GATE aspirants. Jigyasa will cover essential topics of BJT in this course including - Operation of transistor, CE, CC and CB Configurations, Early Effect etc.

(Hindi) Bipolar Junction Transistor (BJT) for GATE

Sujal Patel

In this course educator will teach important concept of Active and Passive Filters. These lectures are very much benifecial for GATE, ESE and other similar types of competitive exams.

Lessons

5 lessons • 49m

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Course Overview (in Hindi)

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Approximate Analysis of H-parameter Model for Common Emitter Amplifier (in Hindi)

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Approximate Analysis of H-Parameter Model for Common Collector Amplifier (in Hindi)

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Approximate Analysis of H-Parameter Model for Common Base amplifier (in Hindi)

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Comparison Between Common Emitter , Common Base and Common Collector Amplifiers (in Hindi)