Emergency Stop and Indicator Lights | Industrial Plants Lesson 9

Resistance, Resistivity, and Ohm's Law | Industrial Electrical Engineering Course – Lesson 3

How does a train switch from 15 kV in Switzerland to 3 kV in Italy? | Italy vs. Switzerland

Series, Parallel, Power and Electrical Energy | Industrial Electrical Engineering Course – Lesson 2

Star-Delta Starter: Circuit, Timer, and Motor Nameplate | Industrial Plants Lesson 8

Current and Voltage: AC/DC, Measurements and Fundamental Concepts | Module 1 Lesson 1

Reversing a three-phase motor: power, control, and interlocking | Lesson 7

Thermal Overload Relay: Operation, Calibration, and Motor Protection | Industrial Systems Lesson 6

Self-holding and Start-Stop Circuit with Contactor | Industrial Plants Lesson 5

Push buttons, NO/NC contacts and selectors | Industrial control circuits – Lesson 4

The Contactor: Structure, Operation, and Technical Data | Industrial Plants Lesson 3

Power circuit and control circuit: differences and operation | Industrial systems Lesson 2

Electrical Systems: The Difference Between Residential and Industrial | Lesson 1

Why did the Simplon Tunnel use Italian three-phase locomotives? | Italy vs. Switzerland

2003 Blackout: How a failure in Switzerland shut down almost all of Italy | Italy vs. Switzerland

Why won't a 16A Swiss plug fit into a 10A socket? | Italy vs. Switzerland

Why does the Swiss plug only go in one way? Italy vs. Switzerland

Italy vs Switzerland: TT vs TN residential power distribution — what changes and why

Sixty Years of DIMMERS: From Radio Hum to Flickering LEDs

Power Electronics — Lesson 5: Phase Control | TRIACs and DIACs in Dimmers

Edison vs Tesla: The War of the Currents Explained (AC vs DC)

Rome: 220V three-phase without neutral — history and problems of a system unique in Europe

Lesson 0 – How the course on domestic electrical systems is structured

Power Electronics — Lesson 4: TRIAC and GTO | Bidirectional Thyristors

Power Electronics — Lesson 3: SCR (Thyristor) | Structure and Operation

Power Electronics — Lesson 2: Electronic Components and the Power Diode

Single-phase system with three users: power factor, power factor correction and line efficiency

Power Electronics — Lesson 1: Introduction | What it is and what it's used for

Machinery Directive – Documentation, CE Marking, and Conclusions | Lesson 6

Single-phase system with three loads in parallel: power, line current and power factor correction

Machinery Directive – Designing with Maintenance in Mind | Real Safety | Lesson 5

Single-phase system with two loads in parallel: voltage drop, efficiency and power factor correction

Machinery Directive 2006/42/EC – Essential Safety Requirements | Lesson 4

Single-phase power factor correction of a motor: calculating the capacitor capacity

Machinery Directive – Risk Assessment | Hazard, Risk, and Life Cycle | Lesson 3

Machinery Directive 2006/42/EC – Scope | Machinery, Component | Lesson 2

Machinery Directive 2006/42/EC – Why it exists and who it applies to | Lesson 1

CPT - Exercises on Resistance Variation with Temperature | Thermal Coefficient (Chap. 5 – Part 2)

CPT - Solved Exercises – Joule's Law (Chapter 5 – Part 1)

CPT - Exercises chapter 4 Energy and Power: from Mechanical Work to Efficiency

CPT – Calorific Effect of Current | Joule's Law, Losses, and Temperature (Chap. 5)

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Single-Phase System – Lesson 6 | Tools for Advanced Exercises

Single-phase system – Lesson 5: single-phase power factor correction

Single-phase system – Lesson 4: voltage drop in the single-phase line

Single-phase system – Lesson 3: Power in a single-phase system

Single-phase system – Lesson 2: types of single-phase loads

Single-Phase System – Lesson 1: What is a Single-Phase System?

CPT - Energy and Power: From Mechanical Work to Efficiency (Chap. 4)

CPT - Chapter 3 – Part 4 | Voltage Divider and Potentiometer (with and without load)

CPT - Chapter 3 (3) – Part 3 | Instrument Expansion and Voltage Drop

DC Motor Control with PWM, MOSFETs, and the NE555 | NE555 Course Lesson 13

PWM with NE555 and Op-Amp – Simulation and Practical Application | NE555 Course Lesson 12

How to Generate PWM with the NE555, Op-Amps, and VCOs | NE555 Course #11

Op-Amp as a Comparator – Connection to VCO and PWM | Course NE555

NE555 as a VCO – Voltage-Controlled Oscillator | NE555 Course

NE555 Astable – Duty Cycle Exercise | NE555 Course

NE555 Astable – Completed Exercise: Period and Frequency | NE555 Course

NE555 Monostable – Exercise with Simulation and Assembly | NE555 Course

NE555 Astable – Period, Frequency, and Duty Cycle | NE555 Course