Kuna son ƙarin sani don aikinResistor na birkia cikin mitar Converter?
Idan eh, da fatan za a duba bayanin da ke ƙasa.
A cikin tsarin tuƙi mai canzawa, injin yana raguwa kuma yana tsayawa ta hanyar rage mitar a hankali. A lokacin raguwar mita, saurin motsi na motar yana raguwa, amma saboda rashin aiki na inji, saurin na'ura na motar ya kasance baya canzawa. Tunda ba za a iya mayar da wutar da'irar DC zuwa grid ta hanyar gadar gyara ba, zai iya dogara ne kawai da mai sauya mitar (mai sauya mitar yana ɗaukar ɓangaren wutar ta hanyar nasa capacitor). Ko da yake sauran abubuwan da aka gyara suna cinye wuta, har yanzu capacitor yana fuskantar tarin caji na ɗan gajeren lokaci, ƙirƙirar "ƙarfafa ƙarfin lantarki" wanda ke ƙara ƙarfin wutar lantarki na DC. Matsanancin wutar lantarki na DC na iya haifar da lalacewa ga sassa daban-daban.
Don haka, lokacin da nauyin ke cikin yanayin birki na janareta, dole ne a ɗauki matakan da suka dace don ɗaukar wannan makamashin na sake haɓakawa. Resistor na crane a cikin kewaye yawanci yana taka rawar mai rarraba wutar lantarki da shunt na yanzu. Don sigina, duka siginar AC da DC na iya wucewa ta hanyar resistors.
Akwai hanyoyi guda biyu don magance makamashin farfadowa:
1.Aikin amfani da makamashin birki na makamashin amfani da birki shine ƙara ɓangaren juzu'i a gefen DC na mitar mitar mai canzawa don watsar da wutar lantarki da aka sabunta zuwa cikin wutar lantarki don birki. Wannan wata hanya ce ta mu'amala da makamashi mai sabuntawa kai tsaye, yayin da yake cinye makamashin da ke haɓakawa kuma yana canza shi zuwa makamashin zafi ta hanyar keɓancewar da'ira mai cin makamashi. Don haka, ana kuma kiransa “Birki na juriya”, wanda ya ƙunshi naúrar birki da abirki resistorNaúrar birki Aikin naúrar ita ce kunna da'irar amfani da makamashi lokacin da ƙarfin lantarki na DC Ud ya wuce ƙayyadaddun ƙayyadaddun ƙayyadadden ƙayyadadden ƙayyadadden ƙayyadadden ƙayyadadden ƙayyadadden ƙayyadaddun bayanai, ta yadda na'urar ta DC ta fitar da makamashi a yanayin zafi ta hanyar birki. Resistor mai juriya akai-akai ana kiransa tsayayyen resistor, kuma mai juriya mai juriya ana kiransa potentiometer ko variable resistor ko Rheostat.
2.Braking raka'a za a iya raba ginannen ciki da kuma na waje iri. Tsohuwar ta dace da faifan maɓalli na gabaɗaya mai ƙarancin ƙarfi, kuma na ƙarshen ya dace da manyan maɓallan mitar mai ƙarfi ko buƙatun birki na musamman. A ka'ida, babu bambanci tsakanin su biyun. Dukansu ana amfani da su azaman “switches” don haɗa resistors na birki, kuma sun ƙunshi transistor wuta, samfurin wutar lantarki da na’urorin kwatanta da’irori.
resistor birki yana aiki a matsayin matsakaici don haɓakar makamashin motsa jiki na motsa jiki a cikin nau'i na makamashi mai zafi, kuma ya haɗa da mahimmanci guda biyu: ƙimar juriya da ƙarfin wuta. Nau'o'in da aka fi amfani da su a aikin injiniya sun haɗa da ripple resistors da aluminum (Al) alloy resistors. Tsohuwar tana amfani da tarkace a tsaye don haɓaka ɓarkewar zafi, rage inductance na parasitic, kuma yana amfani da babban juriya da murfin inorganic don kare wayar juriya yadda yakamata daga tsufa da tsawaita rayuwar sabis. Juriya na yanayi na karshen da juriya na girgiza sun fi na gargajiya yumbu core resistors, kuma ana amfani dashi sosai a cikin matsanancin yanayin sarrafa masana'antu tare da buƙatu mafi girma. Suna da sauƙi don shigarwa tam kuma ana iya sanye su tare da ƙarin magudanar zafi (don rage zafi da aka haifar yayin aiki na na'urar), yana ba da kyan gani.
