Course Content
Introduction to Electronics
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What is electronics? – Understanding a simple definition
07:39
Difference between electrical and electronics engineering
06:11
Sub-fields of electronics
13:27
Importance of learning electronics (promissing future career paths)
13:54
My advice for all electronics beginner students
08:56
Getting into Electronics – The ABC of Electronics
0/27
Welcome to the section (Introduction)
09:47
What is electric charge I (Simple definition first)
10:27
What is Electric charge II (A little advance understanding)
05:40
What is Electricity?
07:43
What is voltage (Volts) – Simple basic definition first
12:44
What is Voltage (Volts) II – (A little advanced understanding)
14:02
Activity Section: Creating Curosity (Voltage)
05:04
What is Current (Ampere, A)
18:42
What is electrical Resistance | Factor affecting the value of resistance in a material
08:01
What is Power (Watt, W)
13:09
Power in terms of resistance | Different power formulae
07:56
What is electrical and electronics Signals (V,I, P Signals)
11:12
Concepts of Frequency (Hertz, Hz), Time Period, Signal Amplitude
12:52
Alternating signals (concept of AC signals)
14:47
Direct Signal (concept of DC signal)
08:59
Concept of Electronics Devices (Components) Ratings
08:31
Electrical classification of various materials (conductor, semi-conductors, insulators)
08:09
What is Electronics Circuit (Simple definition)
13:09
What do we mean by Circuit Schematics and Circuit Symbols
09:55
Concept of a Complete Circuit
10:55
Analog and Digital Circuits
10:23
Concpet of an Open Circuit
04:50
Example of an Open Electronics Circuit
04:44
Concpet of a Short Circuit | with example
18:25
Concept of a Series Circuit | Why we need it?
12:20
Concept of Parallel Circuit | Why we need it?
12:11
Section summary
04:05
Fundamental Laws in Electronics
0/4
Ohm’s Law (Short introduction) | Triangle Concept
08:20
Ohm’s Law in Electronics Circuits Analysis (Practicle Application)
15:11
KCL | Application of KCL in Electronics Circuit Analysis
17:49
KVL | Application of KVL in Electronics Circuit Analysis
18:03
Electronics Components and Their Usage in Electronics Circuits Design
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Introduction to basic Electronics components
09:46
Active and passive components
09:33
Through hole components and surface mount devices (SMDs)
03:31
Concept of components Ratings | V, I, P ratings
17:37
What is component datasheet | Why we need it?
07:21
Introduction to resistor | Definition, Circuit Symbol, Unit, and Real time identification on PCBs
11:33
Introduction to diode (a simple definition)
10:24
Concept of diode forward and reverse biasing
07:58
Why and where we should use a diode when we are design an electronics circuit/system
10:31
What a diode looks like in physical | A real time diode
06:03
Activity: Identifying through hole and suface mount devices (SMDs) diodes in real electronics circuits
05:47
Diode VI curve
21:05
Introduction to transistors | Transistor as an amplifier
10:04
Transistor as a switch
05:27
Circuit symbol and basic equations of a transistor
09:16
Types of transistors | NPN, PNP. MOSFETs, JFETs
13:33
Activity: Identifying transistor on real PCBs
08:23
Transistor biasing concept (Proper way to power up transistors)
23:41
Transistor characteristic curve
22:43
Introduction to capacitors (simple definition)
14:14
Why and where we use capacitors when designing electronics circuits
10:40
Types of capacitors
09:46
Capacitor basic equations
09:54
Activity: Identifying capacitors on real PCBs
08:17
Electrolytic capacitor terminals identification
05:07
Introduction to Inductors | Definition, circuit symbol
10:37
Why and where we use Inductors when designing electronics circuits
12:01
Activity: Identifying inductors on real PCBs
08:44
Measuring Tools for Working with Electronics
0/6
Welcome to the section
06:14
Introduction to breadboard
03:17
Introduction to multimeter
13:58
Introduction to Oscillscopes and Function/waveform generators
13:00
Soldering stations and Hot Air Rework
06:00
Electronics Power Supply
11:39
Performing Practicle Labs – Getting Hands Dirty with Electronics Tools and Circuits
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Breadboard Lab: LED Circuit
Breadboard Lab: Series and Parallel resistors
Breadboard Lab: Resistors in random
Multimeter lab: Studying different parts of multimeter
Multimeter Lab: Resistance measurements
Multimeter Lab: DC voltages measurments
13:00
Multimeter Lab: On board resistance measurements
12:23
Basic Electronics Circuits/Projects
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Resistor circuit I: Resistor as current limiter
12:23
Resistor circuit II: Resistor as voltage divider
15:43
Diode Circuit I: Half wave rectifier
23:21
Diode Circuit II: Full wave rectifier
13:52
RC Circuit (First Order Circuits)
19:21
RL Circuit (First order circuit)
13:23
Diode circuit III: Clipper circuit
15:28
Transistor circuit I: Basic switch
11:23
Transistor circuit II: A basic amplifier
Electronics Circuits and Components Troubleshooting
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What is circuit troubleshooting
10:00
Open circuit troubleshooting using a multimeter
17:20
Short circuit troubleshooting using a multimeter
13:54
Basic Electronics component troubleshooting | Resistor, Diode, Capacitor, Inductor, Transistor, LEDs
23:54
End Guided Project: Designing a Basic Power Supply
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Project objectives
05:00
Understanding the general block diagram
26:20
Designing a power supply
32:00
Simultion of the designed power supply
12:32
Making the power supply a little advance
12:32
Simulation of the advanced designed power supply
18:12
Basic Electronics Course for Beginners
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