Electricity Fundamentals
The Electricity Fundamentals course covers the basics of electricity, electronics, and circuit design, providing a comprehensive understanding of electrical concepts, components, and systems. Upon completing the 100 lessons, learners will be able to design, analyze, and build various electronic circuits and systems, including simple series and parallel circuits, amplifiers, and microcontroller-based projects. For example, learners will be able to design and build a simple LED lighting system using a microcontroller, such as an Arduino board, to control the lighting sequence and intensity. By the end of the course, learners will have gained a solid foundation in electricity and electronics, enabling them to pursue more advanced topics and projects in the field.
Rancangan pelajaran mini · 100 pelajaran
Permulaan · pelajaran 1–25
- Measure Voltage with Multimeter
- Identify Basic Electrical Units
- Understand Electric Charge Concept
- Explain Current Flow Direction
- Use Ohm’s Law for Circuits
- Calculate Resistance in Circuits
- Recognize Series Circuit Properties
- Recognize Parallel Circuit Properties
- Build Simple Series Circuit
- Build Simple Parallel Circuit
- Measure Current in Circuits
- Calculate Power in DC Circuits
- Understand Conductors and Insulators
- Use Breadboard for Circuit Assembly
- Identify Circuit Components Symbols
- Explain Voltage Sources Types
- Understand Grounding in Circuits
- Use Switches to Control Circuits
- Calculate Total Resistance Series
- Calculate Total Resistance Parallel
- Understand Capacitor Basic Function
- Identify Resistor Color Codes
- Use Basic Soldering Techniques
- Explain Energy Storage in Capacitors
- Test Continuity with Multimeter
Pertengahan · pelajaran 26–50
- Analyze Complex Series-Parallel Circuits
- Understand Kirchhoff’s Voltage Law
- Understand Kirchhoff’s Current Law
- Calculate Equivalent Resistance Networks
- Use Thevenin’s Theorem Basics
- Use Norton’s Theorem Basics
- Understand Capacitor Charging Behavior
- Understand Capacitor Discharging Behavior
- Calculate RC Time Constants
- Use Inductors in DC Circuits
- Understand Inductor Energy Storage
- Calculate RL Time Constants
- Analyze AC Voltage and Current
- Understand RMS Values in AC
- Calculate Impedance in AC Circuits
- Use Phasor Diagrams for AC
- Understand Reactance of Capacitors
- Understand Reactance of Inductors
- Calculate Resonance Frequency Circuits
- Build and Analyze LC Circuits
- Use Oscilloscope to View Waveforms
- Understand Transformers Basic Operation
- Calculate Turns Ratio Effects
- Identify Diode Forward and Reverse Bias
- Use Diodes for Rectification
Lanjutan · pelajaran 51–75
- Analyze Full-Wave Rectifier Circuits
- Understand Zener Diode Voltage Regulation
- Use Transistors as Switches
- Use Transistors as Amplifiers
- Calculate Transistor Biasing Circuits
- Understand Bipolar Junction Transistor Operation
- Understand Field Effect Transistor Operation
- Design Basic Amplifier Circuits
- Analyze Feedback in Amplifiers
- Understand Operational Amplifier Basics
- Use Op-Amps for Signal Amplification
- Design Op-Amp Comparator Circuits
- Use Op-Amps for Filters Design
- Understand Digital Logic Gate Functions
- Build Basic Logic Gate Circuits
- Use Flip-Flops for Memory Storage
- Design Simple Digital Counters
- Understand Analog to Digital Conversion
- Understand Digital to Analog Conversion
- Use Microcontrollers for Basic Control
- Program Microcontroller I/O Pins
- Interface Sensors with Microcontrollers
- Use PWM for Motor Control
- Analyze Power Supply Design
- Design Voltage Regulator Circuits
Pakar (already in the field) · pelajaran 76–100
- Design High-Frequency Amplifiers
- Analyze Noise in Electronic Circuits
- Implement Signal Conditioning Techniques
- Design Complex Filter Networks
- Use PLL for Frequency Synthesis
- Design Switching Power Supplies
- Implement EMI Reduction Methods
- Analyze Thermal Management in Circuits
- Design RF Amplifier Circuits
- Use Advanced Microcontroller Peripherals
- Implement Real-Time Embedded Systems
- Design PCB Layout for High-Speed Circuits
- Use Simulation Software for Circuit Design
- Analyze Nonlinear Circuit Behavior
- Implement Digital Signal Processing Basics
- Design Communication Interface Circuits
- Use FPGA for Custom Logic Design
- Implement Wireless Communication Modules
- Design Battery Management Systems
- Analyze Reliability in Electronics
- Implement Safety Standards in Design
- Design IoT Sensor Nodes
- Use Advanced Sensor Fusion Techniques
- Implement Power Electronics Converters
- Design Smart Grid Electronic Systems