09 RMS calculations for different Power Electronics waveforms<br/>
Power Electronics course - Walid Issa

Lab 1 Task 3 Sources and AC analysis in LTSpice<br/>
Walid Issa

The Phase Constant is demonstrated. <br/>
This is an AP Physics C: Mechan<br<br/>/>ics topic.

This video is a <br/>small portion of a longer video:
"Simple Harmonic Motion Derivations using Calculus (Mass-Spring System)"

In this video I take you through many of the electrical engineering labs I did in college. Obviously these will differ from school to school, but should give you an idea for the types of labs you can expect as an electrical engineer....

A “live” demonstration of of collecting position, velocity, and acceleration of a vertical mass-spring system.

Here I show the derivations behind f = 1/T and w = 2 Pi f. There are many different ways to prove these identities - this is a math heavy method.

Frequency = f = (cycles / se
cond)
Period = T = (second
s / cycle)
Ampl
itude...

Variable Frequency Drives Explained - VFD basics. In this video we take a look at variable frequency drives to understand how they work in electrical engineering and power electronics. We look at where and why to use a VFD or VSD,...

This is a tutorial style video that explains trigonometric graphs and their derivation from the unit circle. The video covers the three main trigonometric functions of sine, cosine, and tangent and explains their graphs, including...

Power inverter explained. In this video we take a look at how inverters work. We look at power inverters used in cars and solar power to understand the basics of how they operate. We then cover electricity fundamentals, direct current,...

How does a car alternator work? learn from the basics where we use the alternator and how alternators work.

This is the frequency, amplitude and period for simple harmonic motion (ie, no damping effects)

In this video, we're going to learn the basics of a 3 Phase Rectifier. This rectifier is used in power supplies and can be a major part of your electrical engineering education.

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...

This program covers the important topic of the Normal Probability Density in Probability and Statistics. We begin by discussing what the Normal Density is and why it is important. Next, we solve several problems that involve the Normal...

In this video, we'll explain what a diode is and how it works.

Here I derive the formula used for logarithmic decrement. This is way to experimentally determine the values of your damping ratio. To do it:

1) Find the maximum amplitudes of your first peak and second
peak
2) Find delta...

Diodes Explained, in this tutorial we look at how diodes work, where diodes are used, why diodes are used, the different types. We look at diodes in half and full bridge rectifiers to convert AC to DC.

Surf's up, dudes! Somehow ocean waves got the illustrious honor of being simply called "waves", but there are tons of other kinds of waves, like light and sound. How do they work? We gotta know this stuff! Let's learn about waves together.

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...

The orbit of Earth on a tilted axis around the sun leads to the seasons. The resulting change of angle of the sun, and length of day controls how warm we get at different times of the year. With those changes in seasons come changes in...