Yanayin haɗin thermosetting pneumatic solenoid bawul nada FN09303-G

Ma'anar coil coil

Electro-magnetic coil don shaƙa a madadin halin yanzu.

Yin amfani da amsawar coil ya yi daidai da mita, wanda zai iya hana babban mitar sadarwa a halin yanzu kuma ya bar ƙananan mitoci da DC su wuce. Dangane da rashin daidaituwa na mitar, ana amfani da core, ferrite core da silicon karfe takardar core. Idan aka yi amfani da shi don gyarawa, ana kiransa “tace shaƙa”; Ana kiran shi "audio choke" lokacin da ake amfani da shi don murƙushe sautin murya; Ana kiransa "high-frequency choke" lokacin da aka yi amfani da shi don hana yawan mita. Inductance coil da ake amfani da shi don “passing DC da blocking communication” ana kiransa low mita choke, kuma inductance coil da ake amfani da shi don “ wucewa low mita da blocking high mita” shi ake kira high mita choke. Ka'idar shaƙar coil shine kawai cewa filin maganadisu da ke haifar da na'urar zai toshe filin maganadisu da na'urar ke haifarwa ta hanyar shigar da kai a lokacin wucewa na yanzu, don haka yana jinkirta wucewa na yanzu. “Kwarin da ake kira “low-frequency choke coil” yana hana wutar lantarki wucewa saboda lokacin jinkirin ya gaza lokacin da wutar lantarkin ke bukata don canza alkibla. Lokacin jinkiri na "high-frequency choke coil" bai kai lokacin da ake buƙata don sadarwa mai sauƙi ba don canza alkibla amma ya fi lokacin da ake buƙata don sadarwa mai girma don canza alkibla, don haka ƙananan sadarwa na iya wucewa amma mai girma- sadarwar mitar ba zai iya ba.

Tasirin inductance, capacitance, da ƙwanƙolin maganadisu masu haɗawa tsakanin filaye guda biyu Ana haɗa inductance tsakanin filaye guda biyu, wanda yawanci yana da tasirin toshe ayyuka daban-daban, kamar kewayen analog ɗin an haɗa shi da wani yanki na dijital, ko babban ƙarfin halin yanzu. ƙasa an haɗa shi da ƙananan siginar sarrafa sigina, da sauransu. Ka'idar toshewa, a sauƙaƙe, ita ce tana iya kame maganganun juna na sigina masu tayar da hankali da yawa kuma ya hana canjin tunani da ba zato ba tsammani tare da ayyuka daban-daban. Duk da haka, inductance yawanci bai dace ba, saboda ƙarfin da aka rarraba, ya fi bayyana a babban mita. Tsarin ƙwanƙolin maganadisu ya bambanta da inductance, kuma babu ƙarfin da aka rarraba. A ƙananan mita, yana daidai da gajeren kewayawa, kuma a babban mita, yana daidai da juriya. Ana saki makamashi ta hanyar zafi, kuma tasirin shinge yana da kyau.