IiCryogenic Coaxial Circulators RF Microwave Millimeter Wave

Iimbonakalo:

Ukuzihlukanisa okuphezulu
Ukulahleka Okuphantsi Kokufakwa

Izicelo:

Okungenazingcingo
Iradar
Uvavanyo lweLebhu
Ikhompyutha yeQuantum

QHAGAMSHELANA NGOKU

IiCryogenic Coaxial Circulators

IiCryogenic Coaxial Circulators zizixhobo ezikhethekileyo ze-microwave ezingatshintshiyo ezenzelwe ukusebenza kumaqondo obushushu aphantsi kakhulu (ngokwesiqhelo amaqondo obushushu e-helium angamanzi, i-4K okanye ngaphantsi). IiCirculators zizixhobo ze-port ezintathu okanye ezine eziqondisa imiqondiso ye-microwave kwipateni ethile ejikelezayo (umz., I-Port 1 → I-Port 2 → I-Port 3 → I-Port 1), ezibonelela ngokwahlulwa phakathi kwamazibuko. Kwiindawo ze-cryogenic, ezi zixhobo zibalulekile kwizicelo ezinje nge-quantumcomputing, i-superconducting electronics, kunye novavanyo lobushushu obuphantsi, apho i-precisesignal routing kunye ne-isolation zibaluleke kakhulu.

Iimbonakalo:

1. Ukusebenza kweCryogenic: Ii-Millimeter wave cryogenic coaxial circulators ezenzelwe ukusebenza ngokuthembekileyo kumaqondo obushushu e-cryogenic (umz., 4K, 1K, okanye nangaphantsi). Zenziwe kusetyenziswa izixhobo ezigcina iipropati zazo zemagnethi nezombane kumaqondo obushushu aphantsi, njengee-ferrites kunye nee-superconductors.
2. Ukulahleka Okuphantsi Kokufakwa: Iqinisekisa ukuncitshiswa okuncinci kwesignali kwicala eliya phambili, nto leyo ibalulekileyo ekugcineni ukuthembeka kwesignali kwizicelo ezinobuzaza.
3. Ukuzihlukanisa Okuphezulu: Ibonelela ngokuzihlukanisa okuhle phakathi kwamazibuko ukuthintela ukuvuza kwesignali kunye nokuphazamiseka.
4. Uluhlu lweeFrequency eziBanzi: Ii-microwave cryogenic coaxial circulators zixhasa uluhlu olubanzi lweefrequencies, ngokuqhelekileyo ukusuka kwi-MHz ezimbalwa ukuya kwi-GHz ezininzi, kuxhomekeke kuyilo kunye nokusetyenziswa.
5. Uyilo oluncinci nolukhaphukhaphu: Lulungiselelwe ukudityaniswa kwiinkqubo ze-cryogenic, apho isithuba kunye nobunzima zihlala zilinganiselwe.
6. Umthwalo ophantsi wobushushu: Unciphisa ukudluliselwa kobushushu kwindawo ekrwada, ukuqinisekisa ukusebenza okuzinzileyo kwenkqubo yokupholisa.
7. Ukuphatha Amandla Aphezulu: Uyakwazi ukuphatha amanqanaba amakhulu amandla ngaphandle kokonakala kokusebenza, nto leyo ibalulekileyo kwizicelo ezifana ne-quantum computing kunye ne-radio astronomy.

Izicelo:

1. I-Quantum Computing: Ii-RF cryogenic coaxial circulators ezisetyenziswa kwi-superconducting quantum processors ukuhambisa imiqondiso yokulawula i-microwave kunye ne-readout, ukuqinisekisa ukuhanjiswa kwesignali okucocekileyo kunye nokunciphisa ingxolo enokususa ii-qubits. Zidityaniswe kwiifriji ze-dilution ukugcina ubumsulwa besignali kubushushu be-millikelvin.
2. I-Superconducting Electronics: Isebenza kwiisekethe ze-superconducting kunye nee-sensors ukuhambisa imiqondiso kunye nokubonelela ngokwahlulwa, ukuqinisekisa ukusetyenzwa kwesignali ngokuchanekileyo kunye nokulinganiswa kwayo.
3. Iimvavanyo zoBushushu obuphantsi: Zisetyenziswa kwiiseti zophando ze-cryogenic, ezifana nezifundo ze-super conductivity okanye i-quantum phenomena, ukugcina ukucaca kwesignali kunye nokunciphisa ingxolo.
4. I-Radio Astronomy: Isetyenziswa kwii-cryogenic receivers ze-radio telescopes ukuhambisa imiqondiso kunye nokuphucula uvakalelo lwe-astronomy.
5. Imifanekiso yezonyango: Isetyenziswa kwiinkqubo zemifanekiso eziphambili ezifana ne-MRI (Magnetic Resonance Imaging) ezisebenza kumaqondo obushushu aphantsi ukuphucula umgangatho wesiginali.
6. Unxibelelwano lweSithuba kunye neSathelayithi: Isetyenziswa kwiinkqubo zokupholisa ezisebenzisa izixhobo ezisebenzisa i-cryogenic ukulawula imiqondiso kunye nokuphucula ukusebenza kakuhle konxibelelwano.

I-QualwaveIbonelela ngee-cryogenic coaxial circulators kuluhlu olubanzi ukusuka kwi-4GHz ukuya kwi-8GHz. Ii-cryogenic coaxial circulators zethu zisetyenziswa kakhulu kwiindawo ezininzi.

IiCryogenic Coaxial Circulators
Inombolo yendawo	Ireyithi (GHz)	Ibhendiwidth (Ubuninzi beMHz)	I-IL (ubuninzi be-dB)	Ukuzahlula (i-dB Min.)	I-VSWR (ubuninzi.)	Amandla Aphakathi (ubuninzi be-W)	Umnxibelelanisi	Ubushushu(K)	Ubungakanani (mm)	Ixesha lokuKhokhela (iiveki)
I-QCCC-4000-8000-04-S	4~8	4000	0.2	20	1.3	-	I-SMA	4 (-269.15℃)	24.225.513.7	2~4

IiCryogenic Dual Junction Coaxial Circulators
Inombolo yendawo	Ireyithi (GHz)	Ibhendiwidth (Ubuninzi beMHz)	I-IL (ubuninzi be-dB)	Ukuzahlula (i-dB Min.)	I-VSWR (ubuninzi.)	Amandla Aphakathi (ubuninzi be-W)	Umnxibelelanisi	Ubushushu(K)	Ubungakanani (mm)	Ixesha lokuKhokhela (iiveki)
I-QCDCC-4000-8000-04-S	4~8	4000	0.4	40	1.3	-	I-SMA	4 (-269.15℃)	4725.513.7	2~4

IiCryogenic Triple Junction Coaxial Circulators
Inombolo yendawo	Ireyithi (GHz)	Ibhendiwidth (Ubuninzi beMHz)	I-IL (ubuninzi be-dB)	Ukuzahlula (i-dB Min.)	I-VSWR (ubuninzi.)	Amandla Aphakathi (ubuninzi be-W)	Umnxibelelanisi	Ubushushu(K)	Ubungakanani (mm)	Ixesha lokuKhokhela (iiveki)
I-QCTCC-4000-8000-04-S	4~8	4000	0.6	60	1.3	-	I-SMA	4 (-269.15℃)	4725.513.7	2~4