Electronic Circuits For Beginners Analog Hardware Design

Over 25.000+ enrolled! Learn Electronics from Zero To An Advanced Understanding of How Circuits Work !

Last updated 2022-01-10 | 4.4

- Electronics from Zero to an Advanced Level of Understanding How Electronic Circuits Work.
- Develope and build useful analog electronics circuits.
- More than 100+ circuits covered in this course from Ohm's Law and Kirchhoff's Law to how a class D switching amplifier works.

What you'll learn

Electronics from Zero to an Advanced Level of Understanding How Electronic Circuits Work.

Develope and build useful analog electronics circuits.

More than 100+ circuits covered in this course from Ohm's Law and Kirchhoff's Law to how a class D switching amplifier works.

Voltage divider and Thevenin's Theory

Zener diode and its applications

Different types of signals (sine

ramp

triangle

pulse

steps and spikes)

Decibel

Understand the different types of capacitors and inductors

RC Time Constant with application examples

Transformers

Diode types and its applications

Half-wave and Full-wave rectifier

Power supply filtering

Reverse Current Protection

Voltage Spike Suppression

Logic Gates

Full Wave Voltage Multiplier

Voltage Doubler

Tripler

Signal Rectifier

Diode Gates

Diode Clamp circuits

Impedance and Reactance

Input and Output Impedance

How to measure the input and output impedance

Time domain vs Frequency Domain - Fourier Series

Low-Pass

High-Pass

Band-pass

RLC Band-pass filter

Second-Order Low-Pass Filter

Coupling

Decoupling

Bypass and Smoothing Capacitors

Understand what is modulation

Amplitude

Frequency

Phase modulation

You will understand how to design an FM and an AM radio

Bipolar Transistors and the difference between NPN and PNP

Cut-off

Active and Saturation mode

Understand how to design a proper pulse generator and emitter follower

Understand how to design a common-emitter amplifier

Current source

current mirror and differential amplifier

Power amplifier classes

Understand how to design class A-B-AB-C and D amplifier

* Requirements

* A computer in order to simulate the circuits that we are going to build together.
* A basic understanding of mathematics.
* This course covers two years of knowledge that you could acquire if you were attending a BSc so you will need to have a bit of patient..
* A good understanding of English even though the author tries to explain everything as simple as possible.

Description

Electronics from Zero to an Advanced Level of Understanding How Electronic Circuits Work.
Develope and build useful analog electronics circuits.
More than 100+ circuits covered in this course from Ohm's Law and Kirchhoff's Law to how a class D switching amplifier works.
Voltage divider and Thevenin's Theory
Zener diode and its applications
Different types of signals (sine,ramp,triangle,pulse,steps and spikes)
Decibel
Understand the different types of capacitors and inductors
RC Time Constant with application examples
Transformers
Diode types and its applications
Half-wave and Full-wave rectifier, Power supply filtering
Reverse Current Protection, Voltage Spike Suppression, Logic Gates
Full Wave Voltage Multiplier , Voltage Doubler , Tripler
Signal Rectifier, Diode Gates, Diode Clamp circuits
Impedance and Reactance
Input and Output Impedance
How to measure the input and output impedance
Time domain vs Frequency Domain - Fourier Series
Low-Pass, High-Pass, Band-pass, RLC Band-pass filter
Second-Order Low-Pass Filter
Coupling,Decoupling,Bypass and Smoothing Capacitors
Understand what is modulation
Amplitude,Frequency,Phase modulation
You will understand how to design an FM and an AM radio
Bipolar Transistors and the difference between NPN and PNP
Cut-off , Active and Saturation mode
Understand how to design a proper pulse generator and emitter follower
Understand how to design a common-emitter amplifier
Current source, current mirror and differential amplifier
Power amplifier classes
Understand how to design class A-B-AB-C and D amplifier