Izici:
- Ukuhlukaniswa Okuphezulu
- Ukulahlekelwa Okuphansi Kokufakwa
-
+86-28-6115-4929 -
sales@qualwave.com
Ama-Cryogenic Coaxial Circulators RF Microwave Millimeter Wave
Ama-Cryogenic Coaxial Circulators
Ama-Cryogenic Coaxial Circulators akhethekile angewona ahambisanayo enzelwe ukusebenza emazingeni okushisa aphansi kakhulu (ngokuvamile amazinga okushisa e-helium angoketshezi, angu-4K noma ngaphansi). Ama-circulators amadivayisi angama-port amathathu noma amane aqondisa izimpawu ze-microwave ngendlela ethile eyindilinga (isb., I-Port 1 → I-Port 2 → I-Port 3 → I-Port 1), enikeza ukuhlukaniswa phakathi kwama-port. Ezindaweni ezi-cryogenic, lawa madivayisi abalulekile ezinhlelweni zokusebenza ezifana ne-quantumcomputing, i-superconducting electronics, kanye nokuhlolwa kwezinga lokushisa eliphansi, lapho ukuqondisa isignali kanye nokuhlukaniswa okuqondile kubalulekile.
Izici:
1. Ukusebenza kwe-Cryogenic: Ama-circulator e-cryogenic coaxial e-Millimeter wave aklanyelwe ukusebenza ngokuthembekile emazingeni okushisa e-cryogenic (isb., 4K, 1K, noma ngisho nangaphansi). Akhiwe kusetshenziswa izinto ezigcina izakhiwo zazo zikagesi nezikagesi emazingeni okushisa aphansi, njenge-ferrites nama-superconductor.
2. Ukulahlekelwa Okuphansi Kokufakwa: Kuqinisekisa ukuncishiswa okuncane kwesiginali endleleni eya phambili, okubalulekile ekugcineni ubuqotho besiginali ezinhlelweni ezibucayi.
3. Ukuhlukaniswa Okuphezulu: Kuhlinzeka ngokuhlukaniswa okuhle kakhulu phakathi kwamachweba ukuvimbela ukuvuza kwesignali kanye nokuphazamiseka.
4. Ububanzi Bemvamisa: Ama-microwave cryogenic coaxial circulators asekela ububanzi obukhulu bemvamisa, ngokuvamile kusukela ku-MHz embalwa kuya ku-GHz eziningana, kuye ngomklamo kanye nokusetshenziswa.
5. Umklamo Omncane Nolula: Wenzelwe ukuhlanganiswa nezinhlelo ze-cryogenic, lapho isikhala nesisindo kuvame ukulinganiselwa.
6. Umthwalo Ophansi Wokushisa: Kunciphisa ukudluliselwa kokushisa endaweni ekhanyayo, kuqinisekisa ukusebenza okuzinzile kohlelo lokupholisa.
7. Ukuphathwa Okunamandla Kakhulu: Iyakwazi ukuphatha amazinga amakhulu amandla ngaphandle kokuwohloka kokusebenza, okubalulekile ezinhlelweni zokusebenza ezifana ne-quantum computing kanye ne-radio astronomy.
Izicelo:
1. I-Quantum Computing: Ama-RF cryogenic coaxial circulators asetshenziswa ekuqhubeni ama-superconducting quantum processors ukuhambisa amasignali okulawula i-microwave kanye nokufundwa kwawo, ukuqinisekisa ukudluliswa kwesignali okuhlanzekile kanye nokunciphisa umsindo ongahlukanisa ama-qubits. Ahlanganiswe neziqandisi zokuxuba ukuze kugcinwe ubumsulwa besignali emazingeni okushisa e-millikelvin.
2. I-Superconducting Electronics: Isetshenziswa kumasekethe e-superconducting kanye nezinzwa zokuhambisa izimpawu nokunikeza ukwahlukaniswa, ukuqinisekisa ukucutshungulwa kwesignali okunembile kanye nokulinganiswa.
3. Ukuhlolwa Kokushisa Okuphansi: Kusetshenziswa ezisekelweni zocwaningo lwe-cryogenic, njengezifundo ze-super conductivity noma i-quantum phenomena, ukuze kugcinwe ukucaca kwesignali nokunciphisa umsindo.
4. I-Radio Astronomy: Isetshenziswa kuma-cryogenic receivers ama-radio telescopes ukuhambisa izimpawu nokuthuthukisa ukuzwela kokubonwa kwezinkanyezi.
5. Ukuthwebula Izithombe Kwezokwelapha: Kusetshenziswa ezinhlelweni zokuthwebula izithombe ezithuthukisiwe njenge-MRI (Magnetic Resonance Imaging) ezisebenza emazingeni okushisa acwebezelayo ukuze kuthuthukiswe ikhwalithi yesiginali.
6. Ukuxhumana Kwesikhala Nesathelayithi: Kusetshenziswa ezinhlelweni zokupholisa ezisebenzisa izinsimbi ezisekelwe esikhaleni ukuphatha izimpawu nokuthuthukisa ukusebenza kahle kokuxhumana.
I-Qualwaveinikeza ama-cryogenic coaxial circulators asukela ku-4GHz kuya ku-8GHz. Ama-cryogenic coaxial circulators ethu asetshenziswa kabanzi ezindaweni eziningi.
| Ama-Cryogenic Coaxial Circulators | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Inombolo Yengxenye | Imvamisa (GHz) | Ububanzi be-bandwidth (Ubuningi be-MHz) | I-IL (ubuningi be-dB) | Ukuhlukaniswa (i-dB Min.) | I-VSWR (ubuningi.) | Amandla Aphakathi (ubuningi be-W) | Isixhumi | Izinga lokushisa(K) | Usayizi (mm) | Isikhathi Sokuhola (amasonto) |
| I-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 |
| Ama-Cryogenic Dual Junction Coaxial Circulators | ||||||||||
| Inombolo Yengxenye | Imvamisa (GHz) | Ububanzi be-bandwidth (Ubuningi be-MHz) | I-IL (ubuningi be-dB) | Ukuhlukaniswa (i-dB Min.) | I-VSWR (ubuningi.) | Amandla Aphakathi (ubuningi be-W) | Isixhumi | Izinga lokushisa(K) | Usayizi (mm) | Isikhathi Sokuhola (amasonto) |
| I-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 |
| Ama-Cryogenic Triple Junction Coaxial Circulators | ||||||||||
| Inombolo Yengxenye | Imvamisa (GHz) | Ububanzi be-bandwidth (Ubuningi be-MHz) | I-IL (ubuningi be-dB) | Ukuhlukaniswa (i-dB Min.) | I-VSWR (ubuningi.) | Amandla Aphakathi (ubuningi be-W) | Isixhumi | Izinga lokushisa(K) | Usayizi (mm) | Isikhathi Sokuhola (amasonto) |
| I-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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