Impedance of Capacitors

Explore the fascinating world of capacitors and impedance in this comprehensive UA-cam video. Delve into the fundamental concepts behind capacitors, understanding how they store electrical energy and influence the behavior of circuits. Gain insights into impedance, a crucial aspect of circuit analysis, and learn how capacitors contribute to it.
In this tutorial, we'll break down the impedance of capacitors, explaining the mathematical formulas and principles involved. Discover how capacitance and frequency impact the impedance of capacitors, and explore practical examples to solidify your understanding.
Through clear explanations and illustrative diagrams, you'll grasp how capacitors behave in AC circuits, affecting voltage and current. Uncover the significance of phase shifts and reactance in capacitor impedance, essential for engineers and enthusiasts alike.
Whether you're a student diving into electrical engineering or an electronics hobbyist seeking a deeper understanding, this video offers valuable insights into capacitors' role in circuit analysis. With real-world applications and problem-solving tips, you'll be equipped to tackle complex circuits with confidence.
Join us on this educational journey as we unravel the mysteries of capacitor impedance and its implications in electronic systems. Unlock the secrets of capacitive reactance and impedance, empowering yourself with essential knowledge for circuit design and analysis.
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Twitter: / jasongibsonmath

[@225rip]

The minor details is what makes you such a great teacher.

[@drumtwo4seven]

Nice 👍

[@densonpangambam2797]

Sur ,is your courses available for class 11,12 science or only for college students.i can't understand which class are you teaching

[@chriscockrell9495]

I’ve taught a course that included AC circuit analysis two different times. Next semester I’m doing so again. That is what he’s teaching.
My college allows high school teachers to teach the same material. I can’t imagine there is any reason you could not teach it. Normally you teach DC circuits and then teach AC circuits.

[@vwsandvettes3253]

I bet there once was a real guy named Eli and he was in the ice delivery business 😅

[@chriscockrell9495]

Impedance
Said but not written:
i and j
Magnetic Fields and electric fields
Not said:
The negative real impedance….
The power usage (storage)
Holes and dialectrics, zero current flow.
Voltage is nominal so it is all about the current. Is it leading or lagging. This is an industry practice for electric utilities.
I don’t like the big (blue) current because that is typically not reasonable. Not practical.
Voltage lags is only what a math person would say.