Yadda za a zabi ainihin inductor yanayin gama gari?
Yadda ake zaɓar ainihin inductor na yanayin gama gari?,
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Layin wutar lantarki CM chokes yana samun babban danniya na tsangwama na asymmetric, koda a ƙananan mitar mitoci. Kar a raina tasirin parasitic lokacin amfani da shaƙewar yanayin gama gari. Wannan shine mafi mahimmancin batu don rage waɗannan kudaden lokacin haɓaka jerin WE-CMB. Madaidaicin madaidaicin tushe / iska yana ba da damar manyan igiyoyin ruwa a wurare masu kama, ko ta yaya inductance ya wadatar. Ma'aunin waya da aka daidaita yana gane ƙarancin dumama.
Amfani:
1. M ƙira
2.Customized samfurin bisa ga ainihin bayanin daga injiniyoyinku. Saurin samfurin lokacin jagora.
3.High matakan aminci da aminci
4. Tace sigina na tsoma baki na yanayin gama gari
5.Amfani don aikace-aikacen da ke buƙatar inductance don bambanta tare da canje-canjen kaya na yanzu.
6.Self electromagnetic garkuwa. Sauƙaƙe aikace-aikacen jujjuya allo na PC.
7. Gina zuwa yarda da ROHS.
A zahiri inductor na yau da kullun shine ainihin tacewa ta hanyoyi biyu: a gefe guda, dole ne ya tace kutse na yanayin gama gari akan layin sigina, a daya bangaren kuma, dole ne ya danne kanta daga fitar da kutsawar wutar lantarki don gujewa yin tasiri ga al'ada. aiki na sauran kayan lantarki a cikin yanayin lantarki guda ɗaya.
Inductors na yau da kullun suna da matuƙar maɗaukakin maɗaukaki na farko, babban impedance da asarar shigarwa a ƙarƙashin filin maganadisu na duniya, kuma suna da kyakkyawan tasiri akan tsangwama, kuma suna nuna halayen shigar da ba tare da resonance ba a cikin kewayon mitoci mai faɗi. Babban haɓakawa na farko: sau 5-20 na ferrite, don haka yana da asarar shigarwa mafi girma, kuma tasirin sa akan tsangwama yana da girma fiye da ferrite.
Girma da girma:
| Abu | A | B | C | D | E | F | G |
| Girman (mm) | 14 Max | 10.5 max | 16 Max | 3.5 ± 0.5 | 4.5± 0.3 | 10 ± 0.3 | 0.7± 0.2 |
Kaddarorin lantarki:
| Abun gwaji | Daidaitawa | |
| Inductance | Wlh W2 | 1.95111H Min@10KHz 0.05V SER @25°C |
| Tashoshi masu digo | 1.4 | |
| Juya rabo | Wl, W2 | 1:1 |
| Hi-Pot | Wl. W2 | Babu raguwa 1000XAC 2mA 2S |
Aikace-aikace:
1.Power Electronics.
2.Power line in da fitarwa tace, sauya wutar lantarki.
3.Power-line shigar da fitarwa tace
4. Danne katsalandan na rediyo a cikin motoci
5.TV da kayan aikin sauti, buzzers da tsarin ƙararrawa.
6. An inganta don fashe sigina
7.Radio tsoma baki a cikin motociLokacin zabar maɓallin maganadisu don inductor na yanayin gama gari, nau'in, girman, bandejin mitar mai aiki, hawan zafin jiki da farashi dole ne a yi la'akari da shi. Abubuwan da aka fi amfani da su na maganadisu sune U-dimbin yawa, E-dimbin yawa da toroidal. Idan aka kwatanta, toroidal cores suna da arha saboda ana iya yin toroid ɗaya kawai. Sauran siffofi na muryoyin maganadisu dole ne su sami nau'i-nau'i da za a yi amfani da su don inductors na yau da kullum, kuma lokacin da aka yi, idan aka yi la'akari da nau'in nau'i na nau'i biyu na maganadisu, ya zama dole a ƙara aikin niƙa don samun ƙarfin maganadisu mafi girma. Don haka; Idan aka kwatanta da sauran sifofin Magnetic cores, toroidal cores suna da tasirin maganadisu mafi inganci, saboda lokacin da aka haɗa nau'ikan nau'ikan maganadisu biyu, ba za a iya kawar da abin da ke haifar da tazarar iska ba ko ta yaya ake gudanar da aikin, don haka tasirin maganadisu ya fi girma. na rufaffiyar siffa guda ɗaya na maganadisu. Jigon ya kamata ya zama ƙasa.
