Na'ura mai aiki da karfin ruwa da kuma pneumatic solenoid bawul nada K23D-2H

Ka'idar electromagnetic coil-inductance

1.The aiki ka'idar inductance shi ne cewa a lokacin da alternating halin yanzu wuce ta cikin madugu, alternating Magnetic flux da aka samar a kusa da madugu, da kuma rabo daga Magnetic flux na madugu zuwa halin yanzu da samar da wannan Magnetic flux.

2.Lokacin da halin yanzu na DC ya wuce ta inductor, kawai tsayayyen layin filin maganadisu ya bayyana a kusa da shi, wanda baya canzawa tare da lokaci; Koyaya, lokacin da madaidaicin halin yanzu ke wucewa ta cikin nada, layin filin maganadisu na kusa da shi zai canza da lokaci. Bisa ga dokar Faraday na shigar da wutar lantarki-magnetic induction, canjin layukan maganadisu za su haifar da yuwuwar yuwuwa a duka ƙarshen nada, wanda yayi daidai da "sabon wutar lantarki".

3.Lokacin da aka kafa madauki mai rufaffiyar, wannan yuwuwar yuwuwar za ta haifar da halin yanzu. Bisa ga dokar Lenz, an san cewa jimlar adadin layukan maganadisu da aka samar ta hanyar induced halin yanzu ya kamata a yi ƙoƙarin hana canjin layukan maganadisu.

4.The canji na Magnetic filin Lines zo daga canji na waje alternating samar da wutar lantarki, don haka daga haƙiƙa sakamako, da inductance nada yana da halayyar hana halin yanzu canji a AC kewaye.

5.Inductive coil yana da halaye masu kama da rashin aiki a cikin injiniyoyi, kuma ana kiran shi "shigar da kai" a cikin wutar lantarki. Yawancin lokaci, tartsatsin wuta zai faru a lokacin da aka buɗe ko kunna wuka, wanda babban abin da ya haifar ya haifar da shi.

6.A takaice dai, lokacin da aka haɗa na'urar inductance zuwa wutar lantarki ta AC, layin filin maganadisu a cikin na'urar za su canza kowane lokaci tare da madaidaicin halin yanzu, yana haifar da shigar da wutar lantarki na na'urar. Wannan makamashin lantarki da ake samu ta hanyar canjin halin yanzu na coil ɗin da kansa ana kiransa "ƙarfin electromotive da kansa".

7. Ana iya ganin cewa inductance shine kawai siga da ke da alaƙa da adadin juyawa, girman, siffar da matsakaici na coil. Yana da ma'auni na inertia na inductance coil kuma ba shi da alaƙa da amfani da halin yanzu.