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  • Attenuators eziguquguqukayo ngesandla
  • Attenuators eziguquguqukayo ngesandla
  • Attenuators eziguquguqukayo ngesandla
  • Attenuators eziguquguqukayo ngesandla

    • Attenuators eziguquguqukayo ngesandla

    Iimbonakalo:

    • I-VSWR ephantsi
    • I-Attenuation Flatness ephezulu

    Usetyenziso:

    • Wireless
    • Irada
    • Uvavanyo lweLebhu

    IiAttenuators eziguquguqukayo ezenziwa ngesandla ziquka iindidi ezimbini zeemveliso:

    I-Rotary Steped Attenuator kunye ne-Attenuator eguquguqukayo eqhubekayo.
    I-Rotary Steped Attenuator licandelo lombane elisetyenziselwa ukulawula amandla omqondiso. Uphawu lwayo oluphambili kukuba inenani eliqingqiweyo lokunciphisa i-steped attenuation, inyathelo ngalinye lilingana, kwaye ukuchaneka kwesinyathelo kuphezulu, okunokuthi kufezekiseke kakhulu ukutshatyalaliswa kwesignali.
    Ii-Attenuators eziguquguqukayo eziqhubekayo ngamalungu e-elektroniki angakwazi ukulawula ngokuqhubekayo amandla omqondiso. Inqaku layo eliphambili kukuba inokufezekisa ukuthotywa komgca okanye okungaqhelekanga ngokujikeleza okanye ukutshintsha i-voltage.

    Iimpawu malunga neRotary stepped Attenuator:

    1. Inyathelo lokuthomalalisa: Lungisa ukuthomalalisa ngokulinganayo ixesha ngalinye.
    2. Ukuchaneka okuphezulu: kunokulawula amandla omqondiso ngaphakathi koluhlu oluchanekileyo.
    3. Ukuthomalalisa okukhulu kukonke: kunokufikelela okanye kudlule i-90dB yokuthomalalisa.
    4. Ingxolo ephantsi: ithathwa njengodidi lwesithinteli esinesandi esisezantsi.

    Usetyenziso malunga neRotary stepped Attenuator:

    1. Isixhobo somsindo: sisetyenziselwa ukunyenyisa ubungakanani besiphumo sophawu lweamplifier yamandla.
    2. Izixhobo zonxibelelwano: zisetyenziselwa ukulungelelanisa amandla okwamkela umqondiso ukuphepha umonakalo kwisixhobo esibangelwa yimiqondiso enamandla kakhulu.
    3. Isixhobo sokulinganisa: isetyenziselwa ukulungisa ngokuchanekileyo amandla omqondiso ukuhlangabezana neemfuno zovavanyo.
    4. Izixhobo zeMicrowave: zisetyenziselwa ukunyenyisa ubungakanani kunye nobunzulu beempawu zemicrowave.

    Iimpawu malunga neAttenuator eguquguqukayo eqhubekayo:

    1. Ukuguquguquka okuqhubekayo: Amandla omqondiso angalawulwa ngokuqhubekayo ngaphakathi koluhlu.
    2. Ukuchaneka okuphezulu: ukukwazi ukufikelela ekunciphiseni umqondiso ochanekileyo.
    3. Ukuphendula ngokukhawuleza: Isantya sokuphendula isignali sikhawuleza kwaye sinokulungiswa ngokukhawuleza ukuthotywa.

    Usetyenziso malunga neAttenuator eGuquguqukayo eQhubekekayo:

    1. Unxibelelwano olungenacingo: lusetyenziselwa ukulungisa amandla okwamkela umqondiso ukuphepha umonakalo kwisixhobo esibangelwa yimiqondiso eyomeleleyo ngokugqithisileyo.
    2. Izixhobo zeaudio kunye nevidiyo: ezisetyenziselwa ukulungisa ubungakanani kunye namandla eempawu zeaudio kunye nevidiyo.
    3. Umlinganiselo wesixhobo: esetyenziselwa ukulungisa ngokuchanekileyo amandla omqondiso ukuhlangabezana neemfuno zovavanyo.
    4. Ulwamkelo lwe-eriyali: Isetyenziselwa ukulungisa amandla omqondiso afunyenwe yi-eriyali ukuphucula umgangatho wokwamkela.

    QualwaveIbonelela nge-VSWR ephantsi kunye nokuthotywa okuphezulu koxinzelelo ukusuka kwi-DC ukuya kwi-40GHz. Uluhlu lwe-attenuation yi-0 ~ 121dB, amanyathelo okunciphisa yi-0.1dB, 1dB, 10dB. Kwaye i-avareji yokuphatha amandla ukuya kuthi ga kwi-300 watts.

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    I-Rotary iNyathelwe iAttenuators
    Inombolo yendawo Ukuphindaphinda (GHz) Uluhlu lokuthomalalisa/inyathelo (dB/dB) Amandla (W) Izihlanganisi Ixesha lokukhokela (iiveki)
    QSA06A DC~6 0~1/0.1, 0~10/1, 0~60/10, 0~70/10, 0~90/10 2, 10 SMA, N 2~6
    QSA06B DC~6 0~11/0.1, 0~50/1, 0~70/1, 0~100/1 2, 10 SMA, N 2~6
    QSA06C DC~6 0~11/0.1, 0~70/1, 0~100/1 2, 10 N 2~6
    QSA06D DC~6 0~71/0.1, 0~101/0.1, 0~95/1, 0~110/1, 0~121/1 2, 10 N 2~6
    QSA18A DC~18 0~9/1, 0~70/10, 0~90/10 2, 10, 25 I-SMA 2~6
    QSA18B DC~18 0~69/1, 0~99/1 2, 5 I-SMA 2~6
    QSA18C DC~18 0~99.9/0.1, 0~109/1, 0~121/1 2, 5 N, SMA 2~6
    QSA26A DC~26.5 0~69/1, 0~99/1 2, 10 3.5mm, SMA, N 2~6
    QSA26B DC~26.5 0~9/1, 0~60/10, 0~70/10 2, 10, 25 3.5mm 2~6
    QSA28A DC~28 0~9/1, 0~60/10, 0~70/10, 0~90/10 2, 10, 25 3.5mm, SMA 2~6
    QSA28B DC~28 0~99/1, 0~109/1 5 3.5mm 2~6
    QSA40 DC~40 0~9/1 2 2.92mm, 3.5mm 2~6
    Attenuators eziguquguqukayo rhoqo
    Inombolo yendawo Ukuphindaphinda (GHz) Uluhlu lokuthomalalisa (dB) Amandla (W) Izihlanganisi Ixesha lokukhokela (iiveki)
    QCA1 DC~2.5 0~10, 0~16 1 SMA, N 2~6
    QCA10-0.5-4-20 0.5~4 0~20 10 N 2~6
    QCA50 0.9~4 0~10 50 N 2~6
    QCA75 0.9~4 0~10, 0~15 75 N 2~6
    QCAK1 0.9~10.5 0~10, 0~12, 0~15, 0~20 100 N 2~6
    QCAK3 0.9~10.5 0~10, 0~12, 0~15, 0~25 300 N 2~6
    QCA10-2-18-40 2-18 0~40 10 SMA, N 2~6

    IIMVELISO EZICETYIWEYO

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      I-Voltage Controlled Attenuators

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      Ii-Attenuators eziZinzileyo ze-VSWR Waveguide

    • I-VSWR ephantsi yokuNxibelela iFlatness Cryogenic Fixed Attenuators

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    • I-RF High Power BroadBand Test Systems Programmable Attenuators

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    • I-Digital Controlled Attenuators

      I-Digital Controlled Attenuators

    • I-RF High Power BroadBand Test Systems Fixed Attenuators

      I-RF High Power BroadBand Test Systems Fixed Atte...

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