Asynchronní motor (princip + točivé magnetické pole)
Nikola Tesla was a great engineer and a very original inventor. His discoveries are still used today by modern transport, industry and households. In the video, we take a closer look at one of his often marginalized, but nevertheless very important invention – the induction motor. The video explains the principle in more detail, and also describes the magnetic flux distribution in the cross-section of the machine during start-up by direct connection to the grid. Content in points: History leading to the discovery of the induction motor The principle of an induction motor Animation of the rotating magnetic field in the cross-section of the machine during flying start by direct connection to the grid

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ZE 53 - Točivé magnetické pole

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Self-excited squirrel-cage induction generator

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Rotating magnetic field (special cases)

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Jak Funguje Elektromotor? Princip, Magnetické Pole a Přeměna Elektřiny na Pohyb!

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Electricity, Magnetism and Special Relativity

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LB - Poul - Proud nulovým vodičem

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LB - Poul - Určování sledu fází

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Tranzistor a dioda

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ZE 54 - Skutečné točivé magnetické pole

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AutoBrief - Vše o vzduchu v motoru v 14 minutách (sání, turba, kompresory, BlowOff, LaunchControl..)

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Fyzika 9.ročník-Stejnosměrné elektrické motory

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Stejnosměrný elektrický proud: mýty co se říkají⚡ (video pro střední a vysoké školy)

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Typy elektromotorů - jejich výhody nebo nevýhody | Geek pokec s Jirkou Zimou | 4K

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Intro to Maxwell's Equations, Electric & Magnetic Fields

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Building a DIY 1kW Generator - 52V! Homemade Power & How It Works

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Building a Stirling Engine Bike - Part 1

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FS-4.6. Třífázový AC elektromotor | Fyzika SŠ

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Asynchronní elektromotor na trojfázový proud - fyzika SŠ

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Synchronous motor - Basic principal (moment of inertia)

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