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Crash Course on Analog Electronics - [AE]

Mr. Gaurav Verma

3 modules

English

Certificate of completion

Lifetime access

Unleash the power of Analog Electronics and start your journey in this exciting field

Overview

Are you trying to learn analog electronics more quickly?  Beginners, engineering students, and professionals who wish to rapidly grasp the foundations of analog electronics circuits and their applications are the target audience for this Crash Course on Analog Electronics - [AE].  With its practical explanations, step-by-step lessons, and essential circuit analysis techniques, this course helps you quickly establish a solid foundation.

 You will learn the fundamentals of rectifiers and half wave rectifiers before delving into the operation of power conversion in analog circuits.  Then, in order to comprehend the various biasing strategies necessary for stable circuit operation, you will delve into BJT biasing, FET biasing (Part I), and MOSFET biasing (Part II).  To help you better understand transistor behavior, concepts like the stability factor are explained in plain language.

In addition, the course covers oscillator principles, feedback in analog circuits, and an introduction to operational amplifiers (op-amps), including offset parameters, comparators, and practical op-amp applications.  You will have a hands-on understanding of analog circuit operation by the end, which will help you in both academic exams and practical electronics projects.

Key Highlights

Introduction to analog electronic components and their functions

Explanation of analog circuit design principles

Analysis of different types of amplifiers

Understanding operational amplifiers and their applications

Exploration of filters and oscillators in analog electronics

Troubleshooting common issues in analog circuits

Hands-on projects to reinforce learning

Practical tips for designing analog circuits efficiently

What you will learn

Basic Concepts of Analog Electronics

Understand the fundamental principles of analog electronics and its applications in various devices.

Analog Circuit Design Techniques

Learn practical design techniques for analog circuits to create functional electronic systems.

Operational Amplifiers and Filters

Explore the uses of operational amplifiers and different types of filters in analog electronics.

Signal Processing and Analog-to-Digital Conversion

Gain insights into signal processing methods and the conversion of analog signals to digital format.

Troubleshooting Analog Circuits

Develop skills in diagnosing and resolving issues in analog circuits for smooth operation.

Modules

Course Details

2 attachments • 2 mins

Course Content

Preview

About Instructor

Preview

Course Content

12 attachments • 2 hrs

Lec-1 : Half Wave Rectifier

Preview

Lec-2 : Rectifier

Lec-3 : BJT Biasing

Lec-4 : FET Biasing | Part-I

Lec-5 : MOSFET Biasing | Part-II

Lec-6 : Stability Factor

Lec-7 : Feedback

Lec-8 : Oscillator

Lec-9 : Op-amp

Lec-10 : Op-amp Offset Parameter

Lec-11 : Comparator

Lec-11 : Op-amp Application

Certificate Badge Exam

Preview

Certification

When you complete this course you receive a ‘Certificate of Completion’ signed and addressed personally by me.

Course Certificate

Testimonials

The course was excellent and the way the mentor Teaches from scratch is the best part of the course.

Testimonial | Photograph | {{name}}

Kapa Sai Nitish Reddy

Student

It is really a great journey through Nation Innovation, had a lot of experiences, faculty are helpful and the teaching is awesome..

Testimonial | Photograph | {{name}}

Somisetty Kedareswari

Student

FAQs

What do you mean by Analog Electronics?

Analog electronics refers to electronic systems that use continuous signals to represent information.

What are Analog and Digital electronics?

Analog electronics deal with continuous signals, while digital electronics work with discrete signals (0s and 1s).

Where is Analog Electronics used?

Analog electronics are used in audio systems, radio communications, medical devices, and power regulation.

What are examples of Analog Devices?

Examples of Analog Devices include thermometers, clocks, and radios.

Why study Analog Electronics?

To understand fundamental electronic circuits and systems.

Is this course designed for begnieers?

Yes this course is beginners friendly

What will I learn in this course?

You will learn -Basic Concepts of Analog Electronics, Analog Circuit Design Techniques, Operational Amplifiers and Filters, Signal Processing and Analog-to-Digital Conversion, Troubleshooting Analog Circuits and much more.

About the creator

About the creator

Mr. Gaurav Verma

I'm Gaurav Verma. Completed B.Tech in Electronics from Delhi University in 2017. Cleared GATE on first attempt, pursued M.Tech in VLSI design at CDAC Mohali Chandigarh.

Achieved consecutive GATE clears in 2018 and 2019 with improved ranks. Also cleared JRF in Dec 2018 with 99.925 percentile.

Joined PhD in VLSI from Department of ECE, IIT Roorkee in July 2019. Currently with a VLSI corporate. Feel free to ask questions or discuss course topics. Enjoy the course!

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