Inda a kan da kula da yin hankali a kan da kula da yin hankali da yanayi da cikakken bayanai na inda a kan da kula

Tattalin Tattauna

Tattalin tattauna shi abu mai yaushe da tsarin karamin kasa ya haɗa da EMF ta ƙoƙari a kan ƙwakwalwa na baya.

Tattalin Tattaunawa

Tattalin tattaunawa shi misali da EMF ta ƙoƙari a kan ƙwakwalwa na baya zuwa tsari na karamin kasa a kan ƙwakwalwa. Ana sanya tattalin tattaunawa ko kofishin L. Misalai shi shi Henry (H).
Idan, EMF ta ƙoƙari (E) ana iya sama da tsari na karamin kasa, za mu iya rubuta,
Amma tasirin da ta gane shi ne

Yadda aka samar da alama Minus (-)?
Daga cikin Laws of Lenz, EMF ta ƙoƙari ya yi ƙarfin da ya ƙarɓe tsari na karamin kasa. Saboda haka, ma'adatar sa su duka amma alamun su suna ƙungiyar.

Tattalin Tattaunawa

Idan an fitowa kayan karamin kasa, idan an fitowa sakamako, ya ni t = 0+, ya faru karamin kasa daga balancin ta zuwa ɗaya daban-daban da ke wajen lokaci. Wannan karamin kasa ya faru flux (φ) a kan ƙwakwalwa. Idan karamin kasa ya faru, flux (φ) yana faru, kuma tsari na karamin lokaci shi ne

A nan muna iya amfani da Faraday's Law of Electromagnetic Induction, muna samu,

Idan, N shi misali na ƙwakwalwa, e shi EMF ta ƙoƙari a kan ƙwakwalwa.
A nemi Laws of Lenz muna iya rubuta wannan tasiri a matsayin,

A nan muna iya ƙara wannan tasiri don gyara misali na tattalin tattaunawa.

Saboda haka,[B shi misali na flux density i.e. B =φ/A, A shi misali na ƙwakwalwa],
[Nφ ko Li ana amsa magnetic flux linkage kuma ana bayyana shi da Ѱ]
Idan, H shi kofin ƙarfi saboda hakan magnetic flux lines ya zama daga south to north pole a kan ƙwakwalwa, l (small L) shi misali na ƙwakwalwa da



r shi radius na ƙwakwalwa.

Tattalin tattaunawa, L shi misali na geometry; ita kamar da misali na ƙwakwalwa, da kuma misali na ƙwakwalwa. Kuma, a DC circuit, idan an fitowa sakamako, faɗa faɗa ƙarshen tattalin tattaunawa ta faru a kan ƙwakwalwa. Ba ɗaya ba, ba ƙarshen tattalin tattaunawa ba ta faru a kan ƙwakwalwa saboda lokacin da karamin kasa ya zama ci gaba.

Amma a AC circuit, ƙarshen karamin kasa ya ƙarɓe tattalin tattaunawa a kan ƙwakwalwa, kuma ɗaya daban-daban da tattalin tattaunawa ya ƙarɓe reactance (XL = 2πfL) da ke wajen misali na supply frequency.

Source: Electrical4u.

Statement: Respect the original, good articles worth sharing, if there is infringement please contact delete.