Nau'in inductance: ƙayyadaddun inductance, m inductance. Rarraba bisa ga kaddarorin jikin Magnetic: m nada, ferrite nada, ƙarfe nada, jan karfe.
Rarraba bisa ga yanayin aiki: nada eriya, murhun oscillation, coil coil, tarkon nada, nada karkatarwa.
Dangane da tsarin rarrabuwa: nada guda ɗaya, coil-layer multi-layer, coil ɗin saƙar zuma, naɗaɗɗen juzu'i, naɗa mai tsaka-tsaki, murɗa-kashe, na'ura mai karkatarwa.
Halayen lantarki na inductor sun bambanta da na capacitors: "wuce ƙananan mita kuma ku tsayayya da babban mita". Lokacin da sigina masu girma suka wuce ta inductor coil, za su fuskanci juriya mai girma, wanda ke da wuyar wucewa; yayin da juriya da ƙananan sigina na mitoci ke bayarwa lokacin wucewa ta cikinsa yana da ɗan ƙarami, wato ƙananan sigina na iya wucewa ta cikin sauƙi. Nadin inductor yana da kusan juriya ga halin yanzu kai tsaye. Resistance, capacitance da inductance, duk suna gabatar da wani juriya ga kwararar siginar lantarki a cikin kewaye, wannan juriya ana kiranta "impedance". Ƙunƙarar naɗaɗɗen inductor zuwa sigina na yanzu yana amfani da ƙaddamar da kai na coil.
Na fasaha index iyaka | |
Wutar shigar da wutar lantarki | 0 ~ 3000V |
Shigar da halin yanzu | 0 ~ 200A |
Juriya irin ƙarfin lantarki | ≤100KV |
Ajin rufi | H |
Inductor a cikin da'irar galibi yana taka rawar tacewa, girgizawa, jinkiri, daraja da sauransu Yana iya tantance sigina, tace amo, daidaita halin yanzu da kuma hana tsangwama na lantarki.