## AC DC Electronics Learning Track

Courses under AC/DC Electronics are a series of courses that teach you electronics in a practical way. The main characteristic of these courses are the following:

- They omit all the theory that you are not going to use in your work assuming that you don't want to do anything very complicated in electronics, for example design a full-fledged frequency counter, but you still want to be able to design and build fairly complicated circuits like amplifiers, filters, etc.
- They will enable you to do all the calculations related to Point 1.
- They will teach you all the necessary theory related to Point 1.
- They will teach you all the practical skills, like working with an oscilloscope and other types of test equipment.
- They will provide you with "Course Exercises" and the related solutions.

In short you could say that these courses teach you the tricks of the trade or teach you the practical parts of electronics in a relatively short amount of time.

These courses are broken down into DC and AC.

### DC Part

Here's an overview of what you'll learn in the DC part:

#### Basics of DC

In this course, you'll learn the following topics:

- Concepts of voltage, current, resistance and all the calculations related to them.
- Voltage and Current Divider Circuits
- Capacitors in DC Circuits

#### Diode

In this course, you will learn the following topics:

- Forward and Reverse biased diodes in DC Circuits and the related calculations
- Zener Diode and the related calculations

#### Transistor Basics

In this course, you will learn the following topics:

- The internal construction of transistors
- Calculation of different voltages and currents of an NPN transistor
- saturation

#### Transistor as a Switch

In this course, you will learn the following topics:

- Turning a transistor on/off
- Circuits containing more than one transistor and related calculations

### AC Part

Here's an overview of what you'll learn in the AC part:

#### Basics of AC Circuits (Udemy Course - Code 21)

In this course, you will learn the following topics:

- Practical and Important Characteristics of an AC Signal (Wave)
- Choosing Correct Number of Significant Figures in Calculation
- Basic Behavior of Resistors and Inductors in AC Circuits
- Concept of Resonance and Related Calculations
- Period, Frequency, Peak-to-peak voltage, Peak Voltage and RMS Voltage of an AC Signal
- How to Use an Oscilloscope, Signal Generator and other relevant pieces of test equipment in electronics
- Calculating Reactance of Resistors and Inductors in AC Circuits

#### Analog Electronics - RC RL Filters (Udemy Course - Code 22)

Here's an overview of what you'll learn in the AC part:

- Calculation of Output Voltage, Current, Reactance, Impedance in High Pass RC Circuits
- Calculation of Output Voltage, Current, Reactance, Impedance in Low Pass RC Circuits
- Phase Shift and Phasor Diagrams in RL and RC Circuits
- Calculation of Output Voltage, Current, Reactance, Impedance in RL Circuits
- Course Exercises with Worked out Solutions
- Exponential and Logarithmic Functions Review
- Practical Projects to Work with the theory Relate to High Pass RC Circuits
- Practical Projects to Work with the theory Related to Low Pass RC Circuits
- Resistors and Capacitors in Parallel in RC Low Pass Filters
- Higher Order Filters
- Higher Order Filters

#### AC Electronics - Basics of Resonant Circuits (Udemy Course - code 23)

Here's an overview of what you'll learn in the AC part:

- How to calculate impedance, reactance and resonant frequency in series LC circuits
- How to draw general resonance curve of RCL circuits
- How to calculate impedance, reactance and resonant frequency in parallel LC circuits

#### Transistor Amplifiers

Transistor Amplifiers

- Different Circuits Topographies containing Transistors as amplifiers
- Biasing of such circuits
- Operational Amplifiers

#### Oscillators

Here's an overview of what you'll learn in the AC part:

- Theory of Oscillators
- The Colpitts Oscillator
- The Hartley Oscillator
- The Armstrong Oscillator
- Oscillator Design Considerations

#### Transformers

Here's an overview of what you'll learn in the AC part:

- Transformer Basics
- Transformers in Communication Basics

#### Power Supply Circuits

Here's an overview of what you'll learn in the AC part:

- Diodes in Power Supply Circuits
- Direct Current