RF Adapter Coaxial 4.3 10 Mace zuwa 7/16 DIN Namiji


  • Wurin Asalin:Shanghai, China (Mainland)
  • Sunan Alama:Telsto
  • Lambar Samfura:TEL-4310F.DINM-AT
  • Nau'in:Adaftar RF
  • Aikace-aikace: RF
  • Mai haɗawa 1:4.3-10 Mace
  • Mai haɗawa 2:DIN 7/16 Namiji
  • Mitar (GHz):DC ~ 6
  • Impedance (Ohms):50ohm ku
  • Bayani

    Ƙayyadaddun bayanai

    Tallafin samfur

    RF 4.3/10 adaftan mata ƙananan ƙananan, bayani mai sauƙi tare da kyakkyawan ƙarancin PIM (Passive Inter modulation).

    Adaftan suna ba da kyakkyawan aiki a cikin ƙaramin ƙira da fasali tare da kewayon mitar 0-6GHz.An tsara shi tare da nau'i-nau'i na haɗin kai, waɗannan masu sauƙi don shigar da masu daidaitawa suna ba da fa'ida mai fa'ida da ingantaccen aikin lantarki.

    4.3 / 10 masu daidaitawa suna da kyau don sadarwa, cibiyoyin sadarwa na DAS, ƙananan tsarin salula, da aikace-aikacen hannu yayin samar da babban bayani mai yawa don kasuwanni mara waya.

    Mu 4.3 10 mace zuwa 7/16 DIN adaftar namiji shine ƙirar adaftar coaxial tare da 50 Ohm impedance.Wannan adaftar 50 Ohm 4.3-10 an ƙera shi don daidaitattun adaftan adaftar RF kuma yana da matsakaicin VSWR na 1.15: 1.

    TEL-4310F.DINM-AT

    Bayanin Samfura

    Nau'in Interface 4.3-10 zuwa 7/16
    Jinsi 4.3-10 mace zuwa 7/16 namiji
    RoHS Mai yarda
    Bayanan Fasaha
    Impedance 50ohm ku
    Yawan Mitar 0 ~ 6 GHz
    Yanayin Zazzabi -55 °C ~ +165 °C
    Nauyi 94g ku
    Dorewa (Mats) >500
    Bayanan Abu
    Bangaren yanki Base Material Plating
    Tuntuɓar cibiyar Phosphor Bronze Plating Silver (Nickel underplated)
    Jiki Brass Albaloy
    Insulator PTFE  
    Tace da Haɗuwa

    Ayyukanmu

    1. Amsa tambayar ku a cikin awanni 24 na aiki.
    2. Ƙararren ƙira yana samuwa.OEM & ODM maraba.
    3. Za a iya ba da mafita na musamman da na musamman ga abokin ciniki ta hanyar horar da kwararrun injiniyoyi da ma'aikata.
    4. Lokacin isarwa da sauri don oda mai kyau.
    5. Kwarewar yin kasuwanci tare da manyan kamfanoni da aka jera.
    6. Ana iya ba da samfurori kyauta.
    7. 100% Tabbacin Ciniki na biyan kuɗi & inganci.

    FAQ

    Menene ingancin ku?
    Duk samfuran da muke samarwa ana gwada su ta hanyar sashin QC ko ma'aunin dubawa na ɓangare na uku ko mafi kyau kafin jigilar kaya.Yawancin kayayyaki kamar su igiyoyin tsalle na coaxial, na'urori masu wucewa, da sauransu ana gwada su 100%.

    Za ku iya ba da samfurori don gwadawa kafin yin oda na yau da kullun?
    Tabbas, ana iya ba da samfuran kyauta.Muna kuma farin cikin tallafawa abokan cinikinmu don haɓaka sabbin kayayyaki tare don taimaka musu don haɓaka kasuwar gida.

    Kuna yarda da keɓancewa?
    Ee, muna keɓance samfuran bisa ga buƙatun abokin ciniki.

    Yaya tsawon lokacin bayarwa?
    Yawancin lokaci muna adana hannun jari, don haka bayarwa yana da sauri.Don oda mai yawa, zai kasance har zuwa buƙatun.

    Menene hanyoyin jigilar kaya?
    Hanyoyin jigilar kayayyaki masu sassauƙa ga gaggawar abokin ciniki, kamar DHL, UPS, Fedex, TNT, ta iska, ta teku duk abin karɓa ne.

    Za a iya buga tambarin mu ko sunan kamfani akan samfuran ku ko fakitin?
    Ee, sabis na OEM yana samuwa.

    An gyara MOQ?
    MOQ yana da sassauƙa kuma muna karɓar ƙaramin tsari azaman odar gwaji ko gwajin samfurin.

    Masu alaƙa

    Cikakkun Na'urar Zane07
    Cikakken Zane02
    Cikakken Zane03
    Cikakkun Na'urar Zane08

  • Na baya:
  • Na gaba:

  • TEL-4310F.DINM-AT

    Samfura:TEL-4310F.DINM-AT

    Bayani

    4.3-10 Mace zuwa Din Namiji Adafta

     

     

    Material da Plating
    Tuntuɓar cibiyar Brass / Azurfa Plating
    Insulator PTFE
    Jiki & Mai Gudanarwa Brass / alloy plated tare da tri-alloy
    Gasket Silicon Rubber
    Halayen Lantarki
    Halayen Tasiri 50 ohm ku
    Yawan Mitar DC ~ 3 GHz
    Juriya na Insulation ≥5000MΩ
    Ƙarfin Dielectric ≥1500V ms
    Juriya lamba ta tsakiya ≤3.0 mΩ
    Juriya na waje ≤2.0mΩ
    Asarar Shigarwa ≤0.3dB@3GHz
    VSWR ≤1.15@-3.0GHz
    Yanayin zafin jiki -40 ~ 85 ℃
    PIM dBc(2×20W) ≤-160 dBC(2×20W)
    Mai hana ruwa ruwa IP67

    Umarnin shigarwa na N ko 7/16 ko 4310 1/2 ″ super m na USB

    Tsarin haɗin haɗi: (Fig1)
    A. gaba goro
    B. baya goro
    C. gasket

    Umarnin Shigarwa001

    Girman raguwa kamar yadda aka nuna ta zane (Fig2), ya kamata a biya hankali yayin tsiri:
    1. Ƙarshen ƙarshen madubi na ciki ya kamata a chamfered.
    2. Cire ƙazanta irin su ma'aunin jan karfe da burar a saman ƙarshen kebul ɗin.

    Umarnin Shigarwa002

    Haɗa ɓangaren hatimi: Matsa ɓangaren hatimin ciki tare da madubin waje na kebul kamar yadda aka nuna ta zane (Fig3).

    Umarnin Shigarwa003

    Haɗa goro na baya (Fig3).

    Umarnin shigarwa004

    Haɗa goro na gaba da baya ta hanyar dunƙulewa kamar yadda aka nuna ta zane (Figure (5)
    1. Kafin yin dunƙule, shafa man shafawa mai mai a kan o-ring.
    2. Rike goro na baya da kebul ɗin ba su motsi, Maƙala a jikin babban harsashi a jikin harsashi na baya.Cire babban harsashi na jikin harsashi na baya ta amfani da maƙarƙashiyar biri.An gama haɗuwa.

    Umarnin Shigarwa005

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