Basic electronics for Arduino Makers

سرفصل های دوره

An introduction to electronics to help you make the most from your Arduino or other prototyping platform.

1. Starting up

1. Study guide

2.1 List of tools and parts.html

2. Parts list.html

3.1 List of tools and parts.html

3. The tools you will need

4.1 List of tools and parts.html

4. The parts you will need

5.1 5Spice.html

5.2 Circuit Lab.html

5.3 Circuit Logix.html

5.4 Circuit Simulator.html

5.5 Gnucap.html

5.6 iCircuit (desktop and smartphone app).html

5.7 LTSpiceIV.html

5.8 MacSpice.html

5.9 Micro-Cap.html

5.10 Multisim.html

5.11 NGSpice.html

5.12 Part Sim.html

5.13 Proteus.html

5.14 Qucs.html

5.15 Solve Elec.html

5.16 The Electronic Toolbox (smartphone app).html

5.17 TopSpice.html

5.18 XSpice.html

5. About software

2. Electronics, basic concepts

1. Electricity, particles, and current

2. What is voltage

3. What is voltage (supplemental)

4. What is current

5. What is resistance

6.1 Georg Ohm.html

6.2 James Joules.html

6.3 James Watt.html

6. Ohms Law

7. Ohms Law.html

8. Calculating energy

9. Power and energy.html

10.1 Gustav Kirchhoff.html

10. Kirchhoffs Law

11. Kirchhoffs Law example

3. Resistors

1.1 Resistor color codes.html

1. Introduction to resistors

2. Reading resistor values.html

3. A simple resistor circuit

4. Resistor power rating

5. Resistor power.html

6. The variable resistor

7. Voltage divider

8. Voltage dividers.html

9. Voltage divider with current draw

10. Voltage dividers, with current draw.html

11. Current divider

12. Current dividers.html

13. Solution to Quiz 7, Question 2

14. Pull-up and pull-down resistors

4. Capacitors

1.1 Dick Smith Electronics capacitor codes.html

1. Introduction to capacitors

2. Basic capacitor quiz.html

3. Capacitors for storing energy

4. Capacitors as filter

5. Capacitors in series and parallel

6. Capacitors in parallel and series.html

7. What is the RC time constant

8. An RC time constant experiment

9. RC time constant.html

5. Diodes

1.1 Germanium.html

1.2 High power LED.html

1.3 Rectifier diode.html

1.4 Schottky diode.html

1.5 Silicon.html

1.6 Zener diode.html

1. Introduction to diodes

2. Voltage drop and current regulation

3. Measuring the voltage drop in a diode

4. The voltage dropper circuit

5. Voltage drop.html

6. Zener diodes

7. A circuit that includes a zener diode with a load

8. Zener diode.html

9. Reverse polarity protection

10. How to calculate the appropriate resistor value for an LED

11. Calculating the LED protective resistor.html

6. Transistors

1.1 2N2222 datasheet.html

1.2 TIP122 datasheet.html

1. Introduction to transistors

2. Calculating the currents in a transistor circuit

3. Calculating transistor currents.html

4. A circuit with the 2N2222 bipolar transistor

5. A circuit with a TIP122 and a high-power LED

6. A circuit with a TIP122 and a motor

7. Voltage regulators

1.1 LM317 datasheet.html

1.2 LM78XX datasheet.html

1. Introduction to IC voltage regulators

2.1 LM78XX datasheet.html

2. Fixed voltage regulator

3. A variable voltage regulator circuit

4.1 LM317 datasheet.html

4. How to calculate the resistors for a variable voltage regulator

5. Voltage regulation with the LM317.html

8. Conclusion

1. What did you learn Whats next.html

2. Bonus Lecture.html

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تولید کننده: Udemy-Training