Steady State Sinusoidal AC Analysis w/ Complex Numbers | Time ⇆ Frequency Domain | Rotating Vectors

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LECTURE Ⓝ①
ENGR 221 (Electrical Engineering & Circuits I) Playlist:
• ENGR 221: Electrical E...
Single-Frequency Steady-State Sinusoidal AC Circuit Analysis Series:
Ⓝ① Complex Impedances, Converting Sources to Frequency Domain Phasors from Time Domain, "Ohm's Law," KCL, KVL, Current Division, Equivalent Impedances, Explaining Time Domain ⇆ Frequency Domain Relationships using Rotating Vector Animation: • Steady State Sinusoida...
Ⓝ② Source Transformation Example: • AC Circuit Analysis So...
Ⓝ③ AC Nodal Analysis w/ Casio 115ES plus | Calculator Memory Helps Solve Complex System by Substitution: • AC Nodal Analysis w/ C...
Ⓝ④ AC Mesh Analysis with Mathcad | Inverting Matrix to Solve a System of Complex Equations & Variables: • AC Mesh Analysis with ...
This lecture was recorded on May 4, 2022. All retainable rights are claimed by Michael Swanbom.
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Опубликовано:

30 окт 2022

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Комментарии : 3

@palashagrawal1884 10 месяцев назад

hello, sir! Is there any video missing about converting inductance, capacitance values etc to complex impedances? I can't find one. Thank you!

@st-fn8vk Год назад

hello sir i have one question if i need to lift a weight with the help of motor and gearbox to a certain height does the lifting height will affect the required tourque?

@TheBomPE Год назад

I suppose if you were winding a cable onto a winch spool, it could end up causing a variable effective spool radius. That would cause variable torque with height, but there isn't a fundamental variation in torque with height until you are dealing with extreme changes in height so that gravitational acceleration can no longer be assumed to be constant. Hope this helps.