Analog Circuits From Scratch

Learn the concepts of Analog Elecronics and Design Analog Circuits from Scratch!

4.50 (26 reviews)
Udemy
platform
English
language
Hardware
category
instructor
4,196
students
5.5 hours
content
Dec 2022
last update
$49.99
regular price

What you will learn

Understand the concepts of Analog Electronics

Solve circuits using diodes and transistors

Design analog circuits from scratch using basic electronic components

Learn about Power Supplies, Amplifiers, Current Mirrors, Multistage Amplifiers, Differential Amplifiers, Power Amplifiers and so on.

Description

Hey all! Welcome to my course on Analog Circuits From Scratch where everything is taught from scratch towards applications. The syllabus of the course is as follows:


Unit 1 - Fundamentals of Diode Circuits:

Fundamentals of PN Junction

Fundamentals of Diode

Forming circuits using Diode

Diode Approximation

Solving Diode Circuits


Unit 2 - Power Supplies:

Building blocks of a power supply

Half wave rectifier circuit – RMS, Average values, Ripple Factor, Form Factor

Full wave rectifier circuit – RMS, Average values, Ripple Factor, Form Factor

Centre tapped rectifier - RMS, Average values, Ripple Factor, Form Factor

Bridge rectifier - RMS, Average values, Ripple Factor, Form Factor

Problems on Rectifiers

Filters – Response Curves

Capacitor Filters

Regulator – types

Series Voltage Regulator

Shunt Voltage Regulator


Unit 3 - Bipolar Junction Transistor Applications

Working of BJT

BJT – Characteristics, Types

BJT – Modes of Operation

BJT Amplifier

BJT Amplifier – Frequency Response Curves

BJT Voltage Regulator – Series, Shunt

BJT Current Mirrors – Explanation, Equation, Problems


Unit 4 - MOSFET Applications;

Working of MOSFET

MOSFET – Characteristics, Types

MOSFET – Modes of Operation

MOSFET Amplifier

MOSFET Current Mirrors – Explanation, Equation, Problems


Unit 5 - Differential Amplifiers and Power Amplifiers

Differential Amplifier – Introduction, Circuit using BJT

Voltage and Current curves of Differential Amplifier

Power Amplifiers – Classification

Class A, B, C, AB, D


You will get all the basics right to build a strong foundation in understanding, analyzing and designing the analog circuits using the fundamental electronic components such as a diode, transistor and so on. What are you waiting for? See you there in my course!

Content

Introduction

Introduction

Fundamentals of Diode Circuits

A review on PN Junction, Biasing
Diode - Symbol, Circuits, Ideal Approximation
V-I Characteristics of a diode
Problem 1 - Solving Diode Circuits
Problem 2 - Solving Diode Circuits

Power Supplies

Blocks of a DC Power Supply
Half Wave Rectifier - Circuit, Working, Performance measures
A basic problem on Half Wave Rectifiers
The complete working of Centre tapped rectifier
Bridge Rectifier - Working, Parameters
Filters - Types, Response curves
HWR, FWR with Capacitor Filters
An Example on Rectifier with Filter
Regulators - Classification, Important blocks
Series Voltage Regulator - Block Diagram
Shunt Voltage Regulator - Block diagram
Waveforms at each stage of a power supply

Applications of Bipolar Junction Transistors

Transistors - Basics, Classification
BJT - Sections, Types, Modes
Biasing the Transistor, Q Point
Different Configurations and Current Gains
Explanation for all the components of a common emitter amplifier
Frequency Response Curve of an Amplifier
BJT Current Mirror - Working, Requirements
Deriving Current Transfer Ratio for Current Mirrors
An Important question on Current Mirrors
Darlington Pair

MOSFET Amplifiers

Comparison between FET and BJT, Amplifier Characteristic
Types of Field Effect Transistor
Construction and Working of N-Channel Depletion type MOSFET
The influence of gate voltage
Output Characteristics curve of a N-Channel Depletion type MOSFET
Transfer Characteristics curve of a N-Channel Depletion type MOSFET
Construction and Working of NMOS
Transfer Characteristics curve of a NMOS
Using MOSFET as an amplifier
MOSFET Current Mirrors

Differential Amplifiers

Differential Amplifier, Common Mode Rejection Ratio
An important pre-requisite to understand Differential Amplifiers
The Voltage and the Current Curve of Differential Amplifier

Power Amplifiers

Power Amplifiers - Introduction, Classification
Class A Power Amplifier
Class B Amplifiers
Crossover Distortions
Class AB Amplifiers
Class C Amplifiers

Screenshots

Analog Circuits From Scratch - Screenshot_01Analog Circuits From Scratch - Screenshot_02Analog Circuits From Scratch - Screenshot_03Analog Circuits From Scratch - Screenshot_04

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4521068
udemy ID
1/28/2022
course created date
1/30/2022
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