High-mita bawul gubar electromagnetic nada QVT305X

Bayanin aikace-aikacen solenoid bawul nada

1.Lokacin da aka yi amfani da bawul ɗin solenoid, ƙarfin baƙin ƙarfe mai motsi a cikin solenoid valve coil yana jawo hankali kuma yana motsa shi ta hanyar coil, wanda ke motsa maɓallin bawul don motsawa, don haka canza yanayin tafiyar da bawul; Abin da ake kira bushe ko rigar nau'in kawai yana nufin yanayin aiki na coil, kuma babu wani bambanci a cikin aikin bawul; Duk da haka, inductance na iska-core coil ya bambanta da wanda bayan ƙara wani ƙarfe core a cikin nada.

2.Na farko karami ne kuma na baya ya fi girma. Lokacin da nada da sadarwa suka sami kuzari, abin da ke haifar da nada shima ya bambanta. Dangane da nada guda, idan ya shiga cikin sadarwa ta mitar guda daya, inductance dinsa zai canza tare da daidaitawar ginshikin karfe, wato impedance zai canza tare da daidaitawar karfe. Lokacin da impedance ya kasance ƙarami, halin yanzu yana gudana ta cikin nada zai karu.

Ka'idar aikace-aikacen solenoid bawul nada

1.Lokacin da bawul ɗin solenoid ya sami kuzari, ƙarfin baƙin ƙarfe mai motsi a cikin na'urar bawul ɗin solenoid yana jan hankali kuma yana motsawa ta hanyar coil don fitar da maɓallin bawul don motsawa, don haka canza yanayin tafiyar da bawul; Abin da ake kira bushe ko rigar nau'in kawai yana nufin yanayin aiki na coil, kuma babu wani bambanci a cikin aikin bawul;

2..Duk da haka, inductance na iska-core coil ya bambanta da cewa bayan ƙara wani ƙarfe core a cikin nada. Na farko karami ne kuma na baya ya fi girma. Lokacin da nada da sadarwa suka sami kuzari, abin da ke haifar da nada shima ya bambanta. Ga nada guda, lokacin da aka ƙara mitar alternating current, inductance ɗinsa zai canza tare da daidaitawa na ainihin, wato, impedance zai canza tare da daidaitawar ainihin. Lokacin da impedance ya kasance ƙarami, halin yanzu yana gudana ta cikin nada zai karu.

Ƙa'idar aiki na electromagnet coil

Electromagnet coil wani muhimmin bangare ne na electromagnet. Ya kamata mu sani cewa faraday's electromagnet induction, uban wutar lantarki. Masu janareto da injina na yau suna amfani da wannan ka'ida. Ƙarƙashin tasirin na yanzu, nada yana haifar da filin maganadisu, kuma ainihin ciki na coil yana motsawa don sarrafa rufewar.