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Mai Haɗawa da Rage Rage Rage Na SVC

Na'urar Haɗawa ta SVC Mai Haɗawa da Rage Rage Na'urar Haɗawa don SVC Hoton da Aka Fi So
  • Mai Haɗawa da Rage Rage Rage Na SVC
  • Mai Haɗawa da Rage Rage Rage Na SVC
  • Mai Haɗawa da Rage Rage Rage Na SVC
  • Mai Haɗawa da Rage Rage Rage Na SVC
  • Mai Haɗawa da Rage Rage Rage Na SVC
  • Mai Haɗawa da Rage Rage Rage Na SVC

Takaitaccen Bayani:

Samfuri: Jerin SMJ-MC

CRE yana ba da dukkan nau'ikan capacitors

1. An tsara kuma aka ƙera na'urorin haɗa damping absorption capacitors masu ƙirƙira ta CRE

2. CRE ita ce jagora a fannin ƙira da kera kapasito na fim.

3. Idan kuna buƙatar takamaiman ƙayyadaddun capacitor na damping absorption, je zuwa cibiyar ƙirarmu don samun capacitor na musamman.

Aikace-aikace:

Ana amfani da su ne musamman don iyakance yawan hauhawar ƙarfin lantarki a cikin da'irori waɗanda ke
wuce gona da iri, don kare sauyawa da kariyar semiconductors a cikin wutar lantarki
na'urorin lantarki; tacewa da adana makamashi.
Manyan wuraren amfani da su sune rectifiers, SVCs, samar da wutar lantarki ta locomotive, da sauransu.

 


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    Cikakken Bayani game da Samfurin

    Alamun Samfura

    Aikace-aikace

    - Ana amfani da shi musamman don iyakance yawan ƙaruwar ƙarfin lantarki mai yawa a cikin da'irori don kare sauyawa da kariyar semiconductors a cikin na'urorin lantarki na wutar lantarki
    - Tacewa da adana makamashi
    - Manyan wuraren da ake amfani da su sune rectifiers, SVCs, samar da wutar lantarki ta locomotive, da sauransu.

    SMJ-MC图片
    外形图

    Tsarin lambar sashi

    labulen capacitor mai damping sha

    Teburin ƙayyadewa

    Ƙarfin aiki(µF) NiMAX(Hannu) Iˆ(kA) IS(kA) GirmaD×H Ƙullun ƙasa Samfuri
    UN 1000V AC UNDC 1700V DC US 2500V UBB 1500V AC UBG 2400V AC
    0.1µF 10 0.2 1.2 50×55 M8 CREZN-1kVAC-0.1µF
    0.22µF 10 0.2 1.6 50×55 M8 CREZN-1kVAC-0.22µF
    0.33µF 10 0.2 1.6 50×55 M8 CREZN-1kVAC-0.33µF
    0.47µF 10 0.2 1.6 50×55 M8 CREZN-1kVAC-0.47µF
    0.5µF 10 0.2 1.6 50×55 M8 CREZN-1kVAC-0.5µF
    1µF 18 0.2 1.6 50×75 M8 CREZN-1kVAC-1µF
    2µF 18 0.3 2 50×75 M8 CREZN-1kVAC-2µF
    3µF 18 0.5 2.8 60×90 M12 CREZN-51kVAC-3µF
    4µF 18 0.7 3 60×122 M12 CREZN-1kVAC-4µF
    6µF 18 0.9 3.5 60×152 M12 CREZN-1kVAC-6µF
    10µF 18 1.2 4 76×152 M12 CREZNIIS-500VAC/1kVAC-10µF
    UN 1600V AC UNDC 2500V DC US 3800V UBB 2400V AC UBG 3300V AC
    0.1µF 10 0.2 1.2 50×55 M8 CREZN-1.6kVAC-0.1µF
    0.22µF 10 0.2 1.6 50×55 M8 CREZN-1.6kVAC-0.22µF
    0.33µF 10 0.2 1.6 50×75 M12 CREZN-1.6kVAC-0.33µF
    0.47µF 18 0.2 1.6 50×75 M12 CREZN-1.6kVAC-0.47µF
    0.5µF 18 0.2 1.6 50×75 M12 CREZN-1.6kVAC-0.5µF
    1µF 18 0.2 1.6 60×90 M8 CREZN-1.6kVAC-1µF
    2µF 18 0.3 2 60×122 M12 CREZN-1.6kVAC-2µF
    3µF 18 0.5 2.8 60×152 M12 CREZNIIS-1.6kVAC-3µF
    4µF 18 0.7 3 76×122 M12 CREZNIIS-1.6kVAC-4µF
    6µF 18 0.9 3.5 76×152 M12 CREZNIIS-1.6kVAC-6µF
    10µF 18 1.2 4 96×152 M16 CREZNIIS-1.6kVAC-10µF
    UN 2000V AC UNDC 3000V DC US 4500V UBB 3000V AC UBG 3800V AC
    0.1µF 10 0.2 1.2 50×55 M8 CREZN-2kVAC-0.1µF
    0.22µF 10 0.2 1.6 50×55 M8 CREZN-2kVAC-0.22µF
    0.33µF 10 0.2 1.6 50×75 M8 CREZN-2kVAC-0.33µF
    0.47µF 18 0.2 1.6 50×75 M12 CREZN-2kVAC-0.47µF
    0.5µF 18 0.2 1.6 50×75 M12 CREZN-2kVAC-0.5µF
    1µF 18 0.2 1.6 60×90 M12 CREZN-2kVAC-1µF
    2µF 18 0.3 2 76×122 M12 CREZNIIS-2kVAC-2µF
    3µF 18 0.5 2.8 76×122 M12 CREZNIIS-2kVAC-3µF
    4µF 18 0.7 3 76×152 M12 CREZNIIS-2kVAC-4µF
    6µF 18 0.9 3.5 86×152 M12 CREZNIIS-2kVAC-6µF
    10µF 18 1.2 4 106×152 M16 CREZNIIS-2kVAC-10µF
    UN 2500V AC UNDC 4000V DC US 6000V UBB 3750V AC UBG 4500V AC
    0.1µF 10 0.2 1.4 60×60 M12 CREZN-2.5kVAC-0.1µF
    0.22µF 10 0.2 1.8 60×60 M12 CREZN-2.5kVAC-0.22µF
    0.33µF 10 0.2 1.8 60×90 M12 CREZN-2.5kVAC-0.33µF
    0.47µF 18 0.2 1.8 60×90 M12 CREZN-2.5kVAC-0.47µF
    0.5µF 18 0.2 1.8 60×90 M12 CREZN-2.5kVAC-0.5µF
    1µF 18 0.2 1.8 60×122 M12 CREZNIIS-2.5kVAC-1µF
    2µF 18 0.4 2.2 76×122 M12 CREZNIIS-2.5kVAC-2µF
    3µF 18 0.6 3 76×152 M12 CREZNIIS-2.5kVAC-3µF
    4µF 18 0.8 3.5 86×152 M16 CREZNIIS-2.5kVAC-4µF
    6µF 18 1 4 106×152 M16 CREZNIIS-2.5kVAC-6µF
    10µF 18 1.5 4.5 116×182 M16 CREZNIIS-2.5kVAC-10µF
    UN 3000V AC UNDC 4500V DC US 6750V UBB 4500V AC UBG 5200V AC
    0.1µF 18 0.4 1.6 60×60 M12 CREZN-3kVAC-0.1µF
    0.22µF 18 0.6 2 60×60 M12 CREZN-3kVAC-0.22µF
    0.33µF 18 0.6 2 60×60 M12 CREZN-3kVAC-0.33µF
    0.47µF 18 0.6 2 60×90 M12 CREZN-3kVAC-0.47µF
    0.5µF 18 0.6 2 60×122 M12 CREZN-3kVAC-0.5µF
    1µF 18 0.7 2 76×122 M12 CREZNIIS-3kVAC-1µF
    2µF 18 1.5 4 76×152 M12 CREZNIIS-3kVAC-2µF
    3µF 18 1.8 6 96×152 M16 CREZNIIS-3kVAC-3µF
    4µF 18 3.5 8 106×152 M16 CREZNIIS-3kVAC-4µF
    6µF 18 4 12 106×182 M16 CREZNIIS-3kVAC-6µF
    10µF 18 5 14 116×272 M16 CREZNIIS-3kVAC-10µF
    UN 4000V AC UNDC 5000V DC US 7500V UBB 6000V AC UBG 6600V AC
    0.1µF 18 0.5 1.8 76×122 M12 CREZNIIS-4kVAC-0.1µF
    0.22µF 18 0.7 2.2 76×122 M12 CREZNIIS-4kVAC-0.22µF
    0.33µF 18 0.7 2.2 76×122 M12 CREZNIIS-4kVAC-0.33µF
    0.47µF 18 0.7 2.2 76×122 M12 CREZNIIS-4kVAC-0.47µF
    0.5µF 18 0.7 2.2 76×122 M12 CREZNIIS-4kVAC-0.5µF
    1µF 18 0.8 2.4 86×152 M12 CREZNIIS-4kVAC-1µF
    2µF 18 1.7 5 106×152 M16 CREZNIIS-4kVAC-2µF
    3µF 18 2 7 106×182 M12 CREZNIIS-4kVAC-3µF
    4µF 18 3.7 11 106 × 272 M16 CREZNIIS-4kVAC-4µF
    UN 5000V AC UNDC 8000V DC US 12000V UBB 7500V AC
    0.1µF 18 1 2 76×122 M12 CREZNIID-5kVAC-0.1µF
    0.22µF 18 1.2 2.5 76×122 M12 CREZNIID-5kVAC-0.22µF
    0.33µF 18 1.2 2.5 76×152 M12 CREZNIID-5kVAC-0.33µF
    0.47µF 18 1.2 2.5 76×152 M12 CREZNIID-5kVAC-0.47µF
    0.5µF 18 1.2 2.5 76×152 M12 CREZNIID-5kVAC-0.5µF
    1µF 18 1.5 4 106×152 M12 CREZNIID-5kVAC-1µF
    2µF 18 2 6 116×182 M16 CREZNIID-5kVAC-2µF
    3µF 18 2.4 9 116×272 M12 CREZNIID-5kVAC-3µF
    UN 6000V AC UNDC 9000V DC US 13500V UBB 8000V AC
    0.1µF 18 1.2 2.5 76×122 M12 CREZNIID-6kVAC-0.1µF
    0.22µF 18 1.5 3 76×152 M12 CREZNIID-6kVAC-0.22µF
    0.33µF 18 1.5 3 76×152 M12 CREZNIID-6kVAC-0.33µF
    0.47µF 18 1.5 3 76×152 M12 CREZNIID-6kVAC-0.47µF
    0.5µF 18 1.5 3 86×152 M12 CREZNIID-6kVAC-0.5µF
    1µF 18 2 6 106×152 M12 CREZNIID-6kVAC-1µF
    2µF 18 3 6 116×202 M16 CREZNIID-6kVAC-2µF
    UN 7000V AC UNDC 10000V DC US 15000V UBB 10500V AC
    0.1µF 18 1.8 4 76×122 M12 CREZNIID-7kVAC-0.1µF
    0.22µF 18 2.2 6 76×152 M12 CREZNIID-7kVAC-0.22µF
    0.33µF 18 2.2 6 86×152 M12 CREZNIID-7kVAC-0.33µF
    0.47µF 18 2.2 6 86×152 M12 CREZNIID-7kVAC-0.47µF
    0.5µF 18 2.2 6 86×152 M12 CREZNIID-7kVAC-0.5µF
    1µF 18 4 12 106×182 M12 CREZNIID-7kVAC-1µF
    2µF 18 6 12 116×272 M16 CREZNIID-7kVAC-2µF
    版2

    Tambayoyin da ake yawan yi akai-akai

    T1. Zan iya samun samfurin odar capacitor na fim?
    A: Eh, muna maraba da samfurin oda don gwaji da kuma duba inganci. Ana iya karɓar samfuran gauraye.
    T2. Yaya batun lokacin jagoranci?
    A: Samfurin yana buƙatar kwanaki 3-5, lokacin samar da taro yana buƙatar makonni 1-2 don adadin oda fiye da haka.
    T3. Shin kuna da wani iyaka na MOQ ga fim capacitors?
    A: Ƙananan MOQ, 1pc don duba samfurin yana samuwa.
    T4. Yadda ake ci gaba da yin odar na'urorin ɗaukar fim?
    A: Da farko ku sanar da mu buƙatunku ko aikace-aikacenku.
    Na biyu Muna yin ambato bisa ga buƙatunku ko shawarwarinmu.
    Na uku abokin ciniki yana tabbatar da samfuran kuma yana sanya ajiya don oda ta hukuma.
    Na huɗu Mun shirya samarwa.
    T5. Ta yaya ake jigilar kayayyaki kuma tsawon lokacin da ake ɗauka kafin a isa?
    A: Yawancin lokaci muna jigilar kaya ta hanyar DHL, UPS, FedEx ko TNT. Yawanci yana ɗaukar kwanaki 3-5 kafin isowa. Jirgin sama da jigilar kaya ta teku suma zaɓi ne.
    T6. Shin yana da kyau a buga tambari na a kan capacitor?
    A: Eh. Da fatan za a sanar da mu a hukumance kafin a samar da mu kuma a fara tabbatar da ƙirar bisa ga samfurinmu.
    Q7: Shin kuna bayar da garantin samfuran?
    A: Ee, muna bayar da garantin shekaru 7 ga samfuranmu.
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