An Introduction the course
- Course Overview and Introduction
- What is EETF
- Safety Precautions When Working with Electronic Circuits and Devices
- Lecture2 Safety Precautions
- Relevant OSHA Safety Standards
- Lecture 3 Relevant OSHA Safety Standards
- Troubleshooting Techniques
- Lecture 4 Troubleshooting Techniques
Introduction to Basic Direct Current (DC) Circuits
- Electrical Sources
- Lecture 5 Electrical Sources
- Power Sources and Circuits
- Lecture 6 Power Sources and Circuits
- Investigate Current-I in Resistor
- Investigate Current-I in DC Motor
- Investigate Resistance in Lamp
- Investigate Resistance in Series Circuit
- Investigate Voltage in Series Lamps
- Investigate DC Power Supplies and Voltage
Understanding Alternating Current (AC) Circuits
- AC Power Sources
- Lecture 7 AC Power Sources
- Principles and Properties of AC signals
- Lecture 8 Principles and Properties of AC Signals
- AC Signal Simulation Analysis
Fundamentals of Digital Electronics Circuits
- Integrated Circuits and Logic Families
- Lecture 9: IC and logic families
- Explain NOT logic gate
- The Logic Not
- Identify AND gate and TT
- The AND logic gate
- Describe NAND gate and TT
- The NAND function
- Identify OR gate and TT
- The OR function
- Describe NOR gate and TT
- The NOR function
- Understand XOR gate and TT
- The XOR function
- Test XNOR gate Operation
- The XNOR gate
Fundamentals of Analog and Semiconductors Circuits
- Introduction to Analog Semiconductors
- Lecture 10: Intro to Semiconductors
Circuit Design and Computer Simulation
- Brief intro to computer simulation
- Intro to equipment and components
- Intro to circuit design
- Intro to circuit measurement
- Intro to series voltage supply
- Intro to parallel voltage supply
- Series DC Circuits Design and Simulation
- Parallel DC Circuits Design and Simulation
What is Next?
- COMPLETLY FREE COURSE
- FREE Lecture
