Analog Circuit Crash Course for VLSI Interview and GATE exam

Analog Circuit Crash Course for VLSI Interview and GATE exam, available at $24.99, has an average rating of 3.85, with 54 lectures, 1 quizzes, based on 25 reviews, and has 88 subscribers.

You will learn about VLSI Circuit Concepts frequently used in Industry VLSI Interview Questions – Emphasis on fundamentals Solving VLSI Interview & Exam Questions Summary of Op-amp, Diode & Capacitor Concepts for VLSI Interview & Exams Op-amp: Importance of Negative Feedback & Loop Dynamics Op-amp: Open Loop, Closed Loop, Gain, Saturation, Offset, Bandwidth Op-amp: Relationship between Open Loop Gain and Closed Loop Gain Diode : Regular Diode – Forward Bias & Reverse Bias Diode : Zener Diode – Forward Bias & Reverse Bias Diode Behavior in Various Circuit Condition Diode: Clipper, Clamper, Half Wave & Full Wave Rectifier Capacitor: Basic Principle, Series Capacitor, Parallel Capacitor Capacitor Behavior: Initial State, Steady State Capacitor: Charge Sharing Principle Uncharged capacitor vs Pre-charged capacitor Capacitor RC behavior This course is ideal for individuals who are Electronics Engineering or Electrical Engineering or VLSI professionals or VLSI students or Gate, PSU, Government Exam or ECE Students or Hardware Engineers or Semiconductor professionals It is particularly useful for Electronics Engineering or Electrical Engineering or VLSI professionals or VLSI students or Gate, PSU, Government Exam or ECE Students or Hardware Engineers or Semiconductor professionals.

Enroll now: Analog Circuit Crash Course for VLSI Interview and GATE exam

Summary

Title: Analog Circuit Crash Course for VLSI Interview and GATE exam

Price: $24.99

Average Rating: 3.85

Number of Lectures: 54

Number of Quizzes: 1

Number of Published Lectures: 54

Number of Published Quizzes: 1

Number of Curriculum Items: 55

Number of Published Curriculum Objects: 55

Original Price: ?1,199

Quality Status: approved

Status: Live

What You Will Learn

VLSI Circuit Concepts frequently used in Industry

VLSI Interview Questions – Emphasis on fundamentals

Solving VLSI Interview & Exam Questions

Summary of Op-amp, Diode & Capacitor Concepts for VLSI Interview & Exams

Op-amp: Importance of Negative Feedback & Loop Dynamics

Op-amp: Open Loop, Closed Loop, Gain, Saturation, Offset, Bandwidth

Op-amp: Relationship between Open Loop Gain and Closed Loop Gain

Diode : Regular Diode – Forward Bias & Reverse Bias

Diode : Zener Diode – Forward Bias & Reverse Bias

Diode Behavior in Various Circuit Condition

Diode: Clipper, Clamper, Half Wave & Full Wave Rectifier

Capacitor: Basic Principle, Series Capacitor, Parallel Capacitor

Capacitor Behavior: Initial State, Steady State

Capacitor: Charge Sharing Principle

Uncharged capacitor vs Pre-charged capacitor

Capacitor RC behavior

Who Should Attend

Electronics Engineering

Electrical Engineering

VLSI professionals

VLSI students

Gate, PSU, Government Exam

ECE Students

Hardware Engineers

Semiconductor professionals

Target Audiences

Electronics Engineering

Electrical Engineering

VLSI professionals

VLSI students

Gate, PSU, Government Exam

ECE Students

Hardware Engineers

Semiconductor professionals

This Course is perfect for VLSI learners. It’s a combo course which will prepare you for both, VLSI interview and Competitive Exams such as GATE/PSU as well as for College exams. All the video lectures are prepared by VLSI Industry experts so that students get exposure to industry perspective for basic VLSI concepts.

In this course, we have covered both basics and advanced concepts of Op-amp, Diode and Capacitor. These concepts are very frequently used in VLSI design. Hence understanding of these concepts are necessary for a successful career in VLSI Industry.

This course will cover all important concepts of Op amp, Diode and Capacitor which will help you to prepare for both VLSI interview and Competitive Exams. It’s self-paced online VLSI course where every concept has been explained with examples. This course will make you interview ready for VLSI industry.

In this course, every problem solving example has been selected carefully so that you can solve similar problems in VLSI interview and Competitive Exams such as GATE/PSU.

Topics covered in this course are following:-

Opamp:- Basic property, Open loop and Close loop – Gain and Bandwidth, Inverting and Non-inverting configuration, Saturation, Input Offset, Closed Loop Negative Feedback

Capacitor:- Basic Property, Series and Parallel capacitor, Initial and Steady state, Initial Charge in Capacitor, Charge conservation, RC response, Ripple reduction

Diode:- Regular and Zenner Diode, Diode modelling, Clipper, Clamper, Half wave and Full wave rectifier

All the best for your journey in VLSI industry!!

Course Curriculum

Chapter 1: Introduction

Lecture 1: A few Tips

Lecture 2: Basics of Op-amp, Diode, Capacitor & Ohms Law

Chapter 2: Opamp Basics for VLSI interview and Exams

Lecture 1: Opamp Basic Functionality

Lecture 2: Opamp Negative feedback

Lecture 3: Opamp Inverting and Non-inverting Configuration

Lecture 4: Opamp Problem Solving 1

Lecture 5: Opamp Problem Solving 2

Lecture 6: Opamp Output Saturation

Lecture 7: Opamp Problem Solving 3

Lecture 8: Opamp Problem Solving 4

Lecture 9: Opamp Loop Dynamics

Lecture 10: Opamp Input Offset

Lecture 11: Opamp Problem Solving 5

Chapter 3: Diode (Regular & Zener Diode) Basics for VLSI interview and Exams

Lecture 1: Regular Diode Basics

Lecture 2: Zener Diode Basics

Lecture 3: Diode Summary

Lecture 4: Diode Modeling

Lecture 5: Diode Problem Solving 1

Lecture 6: Diode Problem Solving 2

Lecture 7: Diode Problem Solving 3

Lecture 8: Diode Problem Solving 4

Lecture 9: Diode Problem Solving 5

Chapter 4: Capacitor Basics for VLSI interview and Exams

Lecture 1: Capacitor Basics

Lecture 2: Capacitor Problem Solving 1

Lecture 3: Capacitor : Parallel Capacitor

Lecture 4: Capacitor Problem Solving 2

Lecture 5: Capacitor: Series Capacitor

Lecture 6: Capacitor Problem Solving 3

Lecture 7: Capacitor Rule 1 : Voltage at t=0

Lecture 8: Capacitor Problem Solving 4

Lecture 9: Capacitor Rule 2: Steady state current =0

Lecture 10: Capacitor Rule 3: Charge Conservation

Lecture 11: Capacitor Summary

Lecture 12: Capacitor Problem Solving 5.1

Lecture 13: Capacitor Problem Solving 5.2

Lecture 14: Capacitor Problem Solving 5.3

Lecture 15: Capacitor Problem Solving 6.1

Lecture 16: Capacitor Problem Solving 6.2

Lecture 17: Capacitor : RC circuit

Lecture 18: Capacitor Problem Solving 7

Lecture 19: Capacitor Problem Solving 8

Lecture 20: Capacitor as Charge (Voltage Reservoir) – Ripple reduction in VLSI Design

Chapter 5: Opamp Advanced Concept for VLSI Interview & Exams

Lecture 1: Understanding Bandwidth

Lecture 2: Opamp Open Loop Bandwidth & Feedback Factor

Lecture 3: Opamp Closed Loop Bandwidth

Lecture 4: Opamp Problem Solving 6

Chapter 6: Diode Advanced Concept for VLSI interview & Exams

Lecture 1: Clipper

Lecture 2: Diode & Capacitor -Recap

Lecture 3: Clamper

Lecture 4: Various Clipper & Clamper Configurations

Lecture 5: Half Wave Rectifier

Lecture 6: Full Wave Rectifier

Chapter 7: Course Completion

Lecture 1: Building Circuit using Opamp, Diode & Capacitor

Lecture 2: Next Step

Instructors

Learnin28days Academy
Online Academy by Industry Experts for Engineering Students

Rating Distribution

1 stars: 1 votes

2 stars: 0 votes

3 stars: 3 votes

4 stars: 8 votes

5 stars: 13 votes

Frequently Asked Questions

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