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  • I-Cryogenic Coaxial Circulators RF Microwave Millimeter Wave
  • I-Cryogenic Coaxial Circulators RF Microwave Millimeter Wave

    • I-Cryogenic Coaxial Circulators RF Microwave Millimeter Wave

    Iimbonakalo:

    • Ukwahlula Okuphezulu
    • Ilahleko yokuFaka ephantsi

    Usetyenziso:

    • Wireless
    • Irada
    • Uvavanyo lweLebhu
    • IQuantum Computing

    IiCryogenic Coaxial Circulators

    I-Cryogenic Coaxial Circulators zizixhobo ezikhethekileyo ze-microwave ezingatshintshiyo ezenzelwe ukusebenza kumaqondo obushushu aphantsi kakhulu (amaqondo obushushu e-helium elulwelo, i-4K okanye ngaphantsi). Iisetyhulayitha zizixhobo eziziizibuko ezithathu okanye ezine ezalathisa imiqondiso yemicrowave kwipatheni ethile esetyhula (umzekelo, iZibuko loku-1 → iZibuko lesi-2 → iZibuko lesi-3 → iZibuko loku-1), zibonelela ngokwahlulwa phakathi kwamazibuko. Kwiindawo ze-cryogenic, ezi zixhobo ziyimfuneko kwizicelo ezifana ne-quantumcomputing, i-electronics superconducting, kunye neemvavanyo zokushisa okuphantsi, apho umgaqo ochanekileyo kunye nokuhlukaniswa kubalulekile.

    Iimbonakalo:

    1. Ukusebenza kweCryogenic: I-Millimeter wave cryogenic coaxial circulators eyenzelwe ukusebenza ngokuthembekileyo kumaqondo okushisa e-cryogenic (umzekelo, i-4K, i-1K, okanye nangaphantsi). Yakhiwe kusetyenziswa izinto ezigcina iimpawu zazo zemagneti kunye nombane kumaqondo aphantsi, njenge-ferrites kunye ne-superconductors.
    2. Ilahleko yokuNgena okuPhantsi: Iqinisekisa ukuthotywa kwesignali encinci kwindlela eya phambili, eyona nto ibalulekileyo ekugcineni ukunyaniseka komqondiso kwizicelo ezinobuthathaka.
    3. Ukwahlukaniswa okuphezulu: Ibonelela ngokwahlula okugqwesileyo phakathi kwamazibuko ukuthintela ukuvuza komqondiso kunye nokuphazamiseka.
    4. I-Wide Frequency Range: I-Microwave cryogenic coaxial circulators isekela uluhlu olubanzi lwee-frequencies, ngokuqhelekileyo ukusuka kwi-MHz ezimbalwa ukuya kwii-GHz ezininzi, kuxhomekeke kuyilo kunye nesicelo.
    5. I-Compact and Lightweight Design: Ilungiselelwe ukudityaniswa kwiinkqubo ze-cryogenic, apho indawo kunye nobunzima buhlala bulinganiselwe.
    6. Umthwalo ophantsi we-Thermal: Unciphisa ukuhanjiswa kobushushu kwindawo ye-cryogenic, iqinisekisa ukusebenza okuzinzile kwenkqubo yokupholisa.
    7. Ukuphathwa kwamandla aphezulu: Ukukwazi ukuphatha amanqanaba abalulekileyo amandla ngaphandle kokuthotywa kokusebenza, okubalulekileyo kwizicelo ezifana ne-quantum computing kunye ne-astronomy yerediyo.

    Usetyenziso:

    1. I-Quantum Computing: Ii-RF cryogenic coaxial circulators ezisetyenziswa kwi-superconducting quantum processors ukuze zihambise ulawulo lwe-microwave kunye nemiqondiso yokufunda, iqinisekisa ukuhanjiswa komqondiso ococekileyo kunye nokunciphisa ingxolo enokuthi ihlukanise iqubits. Idityaniswe kwizikhenkcisi zokunyibilikisa ukugcina ubunyulu bophawu kumaqondo obushushu e-millikelvin.
    2. I-Superconducting Electronics: Baqeshwe kwiisekethe ze-superconducting kunye ne-sensor kwiimpawu zendlela kunye nokubonelela ngokuzimeleyo, ukuqinisekisa ukusetyenzwa kwesignali echanekileyo kunye nokulinganisa.
    3. Iimvavanyo zokushisa okuphantsi: Isetyenziswe kwi-setups zophando lwe-cryogenic, njengezifundo ze-super conductivity okanye i-quantum phenomena, ukugcina ukucaca komqondiso kunye nokunciphisa ingxolo.
    4. I-Radio Astronomy: Isetyenziswa kwi-cryogenic receivers of radio telescopes ukuhambisa imiqondiso yendlela kunye nokuphucula ubuntununtunu bokuphononongwa kweenkwenkwezi.
    5. I-Medical Imaging: Isetyenziswe kwiinkqubo ze-imaging eziphambili ezifana ne-MRI (i-Magnetic Resonance Imaging) esebenza kumaqondo okushisa e-cryogenic ukuphucula umgangatho womqondiso.
    6. Unxibelelwano lwe-Space kunye neSatellite: Uqeshwe kwiinkqubo zokupholisa i-cryogenic zezixhobo ezisekelwe kwindawo yokulawula izibonakaliso kunye nokuphucula ukusebenza kakuhle konxibelelwano.

    Qualwaveibonelela ngee-cryogenic coaxial circulators kuluhlu olubanzi ukusuka kwi-4GHz ukuya kwi-8GHz. Ii-cryogenic coaxial circulators zethu zisetyenziswa ngokubanzi kwiindawo ezininzi.

    img_08
    img_08
    IiCryogenic Coaxial Circulators
    Inombolo yendawo Ukuphindaphinda (GHz) Ubungakanani bobubanzi (MHz Ubukhulu.) IL (dB max.) Ukwahlukaniswa (dB Min.) I-VSWR (ubuninzi.) Amandla oMndilili (W max.) Umnxibelelanisi Ubushushu(K) Ubungakanani (mm) Ixesha lokukhokela (iiveki)
    QCCC-4000-8000-04-S 4~8 4000 0.2 20 1.3 - I-SMA 4 (-269.15℃) 24.2*25.5*13.7 2~4
    I-Cryogenic Dual Junction Coaxial Circulators
    Inombolo yendawo Ukuphindaphinda (GHz) Ubungakanani bobubanzi (MHz Ubukhulu.) IL (dB max.) Ukwahlukaniswa (dB Min.) I-VSWR (ubuninzi.) Amandla oMndilili (W max.) Umnxibelelanisi Ubushushu(K) Ubungakanani (mm) Ixesha lokukhokela (iiveki)
    QCDCC-4000-8000-04-S 4~8 4000 0.4 40 1.3 - I-SMA 4 (-269.15℃) 47*25.5*13.7 2~4
    I-Cryogenic Triple Junction Coaxial Circulators
    Inombolo yendawo Ukuphindaphinda (GHz) Ubungakanani bobubanzi (MHz Ubukhulu.) IL (dB max.) Ukwahlukaniswa (dB Min.) I-VSWR (ubuninzi.) Amandla oMndilili (W max.) Umnxibelelanisi Ubushushu(K) Ubungakanani (mm) Ixesha lokukhokela (iiveki)
    QCTCC-4000-8000-04-S 4~8 4000 0.6 60 1.3 - I-SMA 4 (-269.15℃) 47*25.5*13.7 2~4

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