Analog Electronics – Complete Course (33+ Hours)

Analog Electronics – Complete Course (33+ Hours), available at $74.99, has an average rating of 3.1, with 204 lectures, based on 98 reviews, and has 1135 subscribers.

You will learn about Analog Electronics Circuits with Transistors, Diodes, Mosfets, Opamps Indepth Knowledge of Each Topic. More than 33 Hours of Content This course is ideal for individuals who are Electronics and Telecommunication Engineering or Electrical Engineering It is particularly useful for Electronics and Telecommunication Engineering or Electrical Engineering.

Enroll now: Analog Electronics – Complete Course (33+ Hours)

Summary

Title: Analog Electronics – Complete Course (33+ Hours)

Price: $74.99

Average Rating: 3.1

Number of Lectures: 204

Number of Published Lectures: 204

Number of Curriculum Items: 204

Number of Published Curriculum Objects: 204

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Analog Electronics
Circuits with Transistors, Diodes, Mosfets, Opamps
Indepth Knowledge of Each Topic.
More than 33 Hours of Content

Who Should Attend

Electronics and Telecommunication Engineering
Electrical Engineering

Target Audiences

Electronics and Telecommunication Engineering
Electrical Engineering

1. This Course is for Students having background in Electronics and Telecommunication or any relevant stream.

2. This Course is also called as Analog Circuits.

3. If you have any experience in any Circuit Design Course prior to this then you can have a look.

4. The Prerequisites required are mentioned in the Course Introduction Video.

5. This is a Theoretical and Analytical Course.

6. This Course is exclusively made from Beginnerspoint of view.

7. If you want to learn building Circuits Design Sense and Logic.

8. Solutions of Each Problem will be in Detail.

8. You will be able to learn different topics with this Course like Operational Amplifiers, Diodes, Transistors.

9. You will be able to handle any Problem in Analog Circuits after finishing this Course.

Analog Design is one of the most core Designs in the Field of Electronics – Huge companies use it in there Critical Projects.

Q:- Will the course teach me Digital Design?

A:- No, This topic is dealt in separate Course called Digital Electronics, and they require separate Attention all together.

With over 3+ Years of Experience and a 4.0 Instructor Rating in Udemy, I am Coming Up with Core Electronics Course of more than 33+ Hours of Theory and Problem Solving called Analog Electronics – Complete Course (33+ Hours).

The curriculum was developed over a period of 2 years.

If you are satisfied in any way, Check out my other Courses as well.

So what are you waiting for? Click the buy now button and join me on this Wonderful course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Diode Circuits

Lecture 1: Brief Intro of Semiconductors

Lecture 2: Intrinsic Semiconductor

Lecture 3: Extrinsic Semiconductor

Lecture 4: Unbiased Diode

Lecture 5: Diode Forward Bias

Lecture 6: Diode Reverse Bias

Lecture 7: Diode Equation

Lecture 8: Diode Characteristics and Equivalent Circuit

Lecture 9: Short Circuit test

Lecture 10: Open Circuit Test

Lecture 11: Few more Examples on Testing

Lecture 12: Clippers (1)

Lecture 13: Clippers (2)

Lecture 14: Series Clippers

Lecture 15: Output Following Input

Lecture 16: Attenuator

Lecture 17: Clamper

Lecture 18: Peak Detector

Lecture 19: Voltage Multiplier

Lecture 20: Voltage Multiplier (n Times)

Lecture 21: Rectifier (Intro)

Lecture 22: HWR (1)

Lecture 23: HWR (2)

Lecture 24: FWR

Lecture 25: BWR

Lecture 26: A Note about Tr

Lecture 27: Filters Intro and HWR with filter

Lecture 28: FWR with Capacitor Filter

Lecture 29: Another Imp Point

Lecture 30: Ripple Factor HWR and FWR

Lecture 31: Extra

Lecture 32: Inductor Filter

Lecture 33: LC-CLC Filter

Lecture 34: Voltage Regulator Intro

Lecture 35: Zener Diode

Lecture 36: Voltage Regulator Example

Lecture 37: More on Zener Diode

Lecture 38: Small Signal Model for Zener Diode

Lecture 39: Zener + Normal Diode

Lecture 40: Junction Capacitance

Lecture 41: Transition Capacitance

Lecture 42: Diffusion Capacitance

Lecture 43: Everything is Connected (Simulation)

Chapter 3: Bipolar Junction Transistor

Lecture 1: Transistor Intro

Lecture 2: Transistor Regions

Lecture 3: Depletion Region Formation

Lecture 4: Current Components in Transistor

Lecture 5: Base Width Modulation

Lecture 6: Input Output Characteristics

Lecture 7: Common Base Input Characteristics

Lecture 8: Common Base Output Characteristics

Lecture 9: Transistor Biasing Intro

Lecture 10: Collector to Base Bias

Lecture 11: Fixed Bias

Lecture 12: Voltage Bias

Lecture 13: Transistor Biasing Examples

Lecture 14: Bias Compensation

Chapter 4: JFETs

Lecture 1: FET Characteristics

Lecture 2: FET Biasing

Lecture 3: FET Biasing Examples

Lecture 4: P Type JFET

Lecture 5: P Type JFET Example

Lecture 6: Linear Region

Chapter 5: MOSFETS

Lecture 1: Intro

Lecture 2: N Type E-MOSFET

Lecture 3: N Type D-MOSFET

Lecture 4: P Type E and P Type D MOSFETS

Lecture 5: Plots

Lecture 6: Current Equations

Lecture 7: Few Note Points

Lecture 8: Example NMOS E Type

Lecture 9: Example PMOS E Type

Lecture 10: PMOS Another Example

Lecture 11: Another Way of Looking at PMOS Characteristics

Lecture 12: Example on 1st Quadrant Characteristics of PMOS

Chapter 6: Frequency Response BJTs

Lecture 1: Frequency Response as General

Lecture 2: BJT Amplifier

Lecture 3: Analysis of Amplifier

Lecture 4: Simplified or Approximate Model

Lecture 5: CE Amplifier

Lecture 6: CE with Re Amplifier

Lecture 7: CE with Bypass Capacitor

Lecture 8: Miller theorem

Lecture 9: CB Amplifier

Lecture 10: Common Collector

Lecture 11: Why CE Amplifier?

Lecture 12: Negative Feedback Amplifier

Lecture 13: Why NFB Amplifier More Stable?

Lecture 14: Problems

Lecture 15: Procedure to Find Configuration of Negative Feedback

Lecture 16: Parameter in Low Frequency Response

Lecture 17: An Example on Low Frequency Response

Lecture 18: High Frequency Response

Instructors

J P
A Survivor

Rating Distribution

1 stars: 4 votes
2 stars: 6 votes
3 stars: 22 votes
4 stars: 32 votes
5 stars: 34 votes

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