Mastering Analog Electronics: From Fundamentals to Design
About Course
Analog Electronics Mastery: Fundamentals, Design, and practical circuit design Applications.
What Will You Learn?
- Understand electronic components, voltage, current, resistance, and variuos circuit analysis techniques.
- Gain proficiency in diodes, BJTs, and FETs.
- Master and Analyze amplifier fundamentals, feedback, stability and designing single-stage and multistage amplifiers.
- Apply op-amps for various practical applications.
- Build analog circuits and solve complex problems.
- Design and simulate analog circuits.
Course Content
Introduction
Course Content
03:48
Basic electronics knowledge
what is electricity ?
08:31Voltage, current and resistance
10:16AC wave, DC wave and the frequency
11:20
Basic electronic components and their properties
Resistor
12:29Voltage divider (UPDATED LECTURE)
06:12LDR
04:33Diode
08:12Zener diode
04:50LED
07:54LED-current limitting resistor (UPDATED LECTURE)
02:187 segment display (UPDATED LECTURE)
05:42IR LED and IR sensor
08:54Capacitor
09:05Transistor
IC chips (integrated circuits)
06:07Relay
07:47Transformer
04:08
Circuit analysis techniques I Will leave you in this Chapter to another instructor that will explain this part to you
Introduction to this chapter’s Instructor
Ohm’s Law
12:00Finding The Current In a Parallel Circuit With 3 Resistors
11:03How To Solve The Wheatstone Bridge Circuit
11:53Node Voltage Method Circuit Analysis With Current Sources
32:16Mesh Current Problems – Electronics & Circuit Analysis
27:33Norton’s Theorem and Thevenin’s Theorem – Electrical Circuit Analysis
11:05Superposition Theorem
44:18Maximum Power Transfer Theorem Using Nodal Analysis & Thevenin Equivalent Circuits
15:11RMS Value of AC Circuits
11:42Parallel RLC Circuit Example Problem
10:37
Diode Operation and Applications
Basic concept of electron flow and p-n junction formation
13:33Diode definition, structure, and symbol
11:07Types of diodes: rectifier, zener, LED
13:58Diode Characteristics and Models
14:26Diode as a rectifier: half-wave and full-wave rectification
11:29Ripple factor and filter capacitor calculation
13:29Voltage regulation using Zener diodes
10:30Diode as an amplitude modulator (AM)
11:44Diode as a frequency modulator (FM)
09:55
Bipolar Junction Transistors (BJTs) and Field-Effect Transistors (FETs)
Bipolar Junction Transistors (BJTs) – Basics
17:31BJT amplifier configurations (common emitter, common base, common collector)
13:00BJT biasing techniques (fixed bias, emitter bias, voltage divider bias)
12:44Introduction to Field-Effect Transistors (FETs)
10:19Field-Effect Transistors (FETs) – Structure, Operation, and Characteristics
16:27FET Biasing Techniques: Self-Bias and Voltage Divider Bias
11:44
Operational amplifiers
Op amp introduction
10:08The characteristics of operational amplifier
19:46OP-AMP GAIN
18:38The Bandwidth of Operational Amplifier
14:46The Effect of Input-Offset Voltage on Output Voltage of Operational Amplifiers
12:31Feedback Equation and stability
09:48Cascade circuit of operational amplifier
10:41Some Examples on Op-Amp
08:19
Op-Amp applications
Introduction to Operational Amplifier Applications
16:39Voltage Comparator
10:42Summing amplifier
08:27Summing amplifier (Digital to Analog Converter)
11:07Differential amplifier
10:11Differential amplifier (Low Pass filters Integrators)
12:21Differential amplifier (High Pass filters Differentiators)
10:32
Filters
what are filters ? and there types
10:43Low-Pass Filters
20:11High-Pass Filters
09:39Band-Pass Filters
09:33Band-Stop Filters (Notch Filters)
08:16More information about filters
Designing circuits using previus componenets
Using proteus 8 pro in simulating and designing the circuits
11:42Using Breadboard in connecting the circuits
05:07Using PCB in welding the circuits
How PCBs work??
02:26Simple Voltage supply Circuit
12:07Triangular Wave Generator Circuit with Op Amp IC 741
13:57Over Heat Detector with Auto Cut-Off System using Op-Amp
19:15Light Sensor Switch Circuit using LDR and 741 OP-AMP
16:43
Course Conclusion
Course Conclusion
03:54
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