Solenoid bawul na jan karfe nada 2w160-15.2w200-20.2w250-25uw-15ac220vdc24

Inductor coil ana yin ta ta hanyar jujjuya wayoyi masu rufe (wayoyin da aka sanya wa suna, waya nannade, madugu, da sauransu) kusa da juna. A cikin da'irar AC, na'urar tana da aikin toshe hanyar AC halin yanzu, amma ba ta da wani tasiri akan tsayayyen wutar lantarki na DC (sai dai juriyar DC na laifin waya da kanta). Saboda haka, za a iya amfani da nada a matsayin shake, transformer, giciye connection, load, da dai sauransu a cikin AC kewaye. Lokacin da coil da capacitor suka dace, ana iya amfani da shi don daidaitawa, tacewa, zaɓin mita, rarraba mita, yankewa da sauransu.

Nadin inductance yawanci ana wakilta shi da harafin Ingilishi "L" a cikin da'ira, kuma sashin inductance shine "Henry", wanda yawanci ke wakilta da harafin Ingilishi "H". Ƙungiyar da ke ƙasa da Heng ita ce Milli Heng, wanda aka bayyana da harafin Turanci mH; Karamin naúrar ita ce micro-heng, wadda ke wakilta da harafin Ingilishi H. Alakar da ke tsakanin su ita ce: 1H=103mH=106uH.(1) Inductance self-inductance da juna. Lokacin da madaidaicin halin yanzu ya ratsa ta naɗaɗɗen inductive, za a samar da madadin filin maganadisu a kewayen nada, wanda zai iya wucewa ta cikin coil kuma ya haifar da ƙarfin lantarki a cikin na'urar. Girman ƙarfin wutar lantarki da ke haifar da kai shine maganadisu tare da sifofin naɗaɗɗen motsin maganadisu, wanda aka bayyana ta hanyar haɗin kai. Jikin lantarki. Inductance na lantarki wani adadi ne wanda ke wakiltar ƙimar inductance, wanda galibi ana kiransa inductance.

Ƙa'idar aiki na kai-da-kai na inductance coil: shugabanci na kai-inductance electromotive karfi a cikin nada (inductance) zai hana canji na ainihin filin maganadisu, saboda ainihin filin maganadisu yana samuwa ta halin yanzu a cikin nada, da kuma kai. -inductance zafin wutar lantarki yana hana canjin halin yanzu da ke wucewa ta cikin coil, wanda shine inductive reactance na inductance, kuma sashinsa shine ohm (). Girman inductance yana da alaƙa da inductance na coil na yanzu da kuma mitar AC da ke wucewa ta hanyar inductance coil. Mafi girma inductance, mafi girma da inductance da yake samuwa. Karkashin inductance guda ɗaya, mafi girman mitar AC halin yanzu, mafi girman inductance. Ana iya bayyana dangantakar su ta wannan dabara mai zuwa: XL=2fL inda XL ke haifar da amsawa; F-mita na halin yanzu; L-inductance.