Ama-cryCogenic Cooaxial PAplucators rf microwave millimeter wave

Izici:

Ukwehlukaniswa okuphezulu
Ukulahleka kokufakwa okuphansi

Izicelo:

-Ngenantambo
Ireda
Isivivinyo selebhu
I-Quantum Computing

Thintana manje

Ama-Cryogenic Cooaxial PAilculators

Ama-Cryogenic Cooaxial PAxIlators akhethekile amadivaysi we-microwave angavuswanga aklanyelwe ukusebenza emazingeni okushisa aphansi kakhulu (imvamisa yokushisa okufuywayo, i-4K noma ngaphansi). Ama-circulators angamadivayisi amathathu noma amane ethekwini aqondisa amasiginali we-microwave ngephethini elithile eliyindilinga (isib., Port 1 → IPort 2 → I-Port 1), ukuhlinzeka ukwahlukaniswa phakathi kwamachweba. Ezindaweni ezikwi-Crygenic, lawa madivayisi aqakathekile ukuthi afake izinhlelo zokusebenza ezifana ne-quantumcomput, ama-elekthronikhi we-superconductics, kanye nokuhlolwa okushisa okuphansi, lapho ukuqondiswa kokushisa nokuhlukaniswa kwedwa.

Izici:

1. Ukusebenza kwe-Cryogenic: ama-millimeter agame ama-cryogenic coaxial plitali aklanyelwe ukusebenza ngokuthembekile emazingeni okushisa athembekile (isib., 4k, 1k, noma aphansi). Kwakhelwe kusetshenziswa izinto zokwakha ezigcina izakhiwo zazo zobukena nezikagesi ezikuphansi, ezinjenge-FERRITE NE-Superconductors.
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I-3. Ukuhlukaniswa okuphezulu: kuhlinzeka ngokwahlukaniswa okuhle kakhulu phakathi kwamachweba ukuvimbela ukuvuza ukuvuza kokuvuza.
I-4. Ububanzi bamahlandlandla imvamisa
I-5. I-Compact and Lightweight design: Kwenzelwe ukuhlanganiswa kwezinhlelo ze-cryogenic, lapho isisindo se-spaceand sivame ukukhawulelwa khona.
I-6. Umthwalo ophansi we-thermal
7. Ukusingathwa kwamandla okuphezulu

Izicelo:

1. I-Quantum Computing: I-RF CrCHENIC COAXIAL PAXICAL isetshenziswa kuma-proceculators we-superconducting ukuhambisa ama-rate microwave kanye nezimpawu zokufunda, ukuqinisekisa ukuhanjiswa kwesiginali okuhlanzekile nokunciphisa umsindo onganciphisa ama-quvits. Kuhlanganiswe neziqandisi ze-Dilution ukuze kugcinwe ubumsulwa besiginali emazingeni okushisa ama-millikelvin.
2. I-Superconducting Electronic: Iqashwe emibuthanweni ebabazekayo nezinzwa ezinhlelweni ze-Routel izibonakaliso ze-Route andProvide Ukuhlukaniswa, Ukuqinisekisa Ukucutshungulwa Okunembile Kwesiginali nokukalwa.
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I-4. I-Radio Astronomy: Isetshenziswa kwabamukeli be-Crygenic of Radio Telescopes ezimakingeni zomzila futhi bathuthukise ukubonwa kwezinkanyezi.
I-5. Ukucabanga Kwezokwelapha: Kusetshenziswe ezinhlelweni zokucabanga ezithuthukile ezifana ne-MRI (Magnetic Resonance imaging) ezisebenza emazingeni okushisa ama-cryogenic ukuthuthukisa ikhwalithi yesiginali.
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QoqaIzinto ezinikezela ama-cryogenic coaxial plulisa enanini elibanzi ukusuka ku-4GHz kuya ku-8GHz. Amasepuli ethu e-Cryogenic Coaxial asetshenziswa kabanzi ezindaweni eziningi.

Ama-Cryogenic Cooaxial PAilculators
Ingxenye Yengxenye	Imvamisa (GHz)	Bandwidth (MHz Max.)	IL (DB Max.)	Ukuhlukaniswa (DB Min.)	I-VSWR (MAX.)	Amandla aphakathi (W max.)	Ingxebeni	Izinga lokushisa nokubanda(K)	Usayizi (mm)	Isikhathi sokuhola (amasonto)
QCCC-4000-8000-04-S	4 ~ 8	4000	0.2	20	1.3	-	Utshani	4 (-269.15 ℃)	24.2 * 25.5 * 13.7	2 ~ 4

I-Cryogenic Dual Junyation Couaxial Piplitators
Ingxenye Yengxenye	Imvamisa (GHz)	Bandwidth (MHz Max.)	IL (DB Max.)	Ukuhlukaniswa (DB Min.)	I-VSWR (MAX.)	Amandla aphakathi (W max.)	Ingxebeni	Izinga lokushisa nokubanda(K)	Usayizi (mm)	Isikhathi sokuhola (amasonto)
QCCCC-4000-8000-04-S	4 ~ 8	4000	0.4	40	1.3	-	Utshani	4 (-269.15 ℃)	47 * 25.5 * 13.7	2 ~ 4

I-Crynigenic Triple Jungction COAXEIAL PAXIAL
Ingxenye Yengxenye	Imvamisa (GHz)	Bandwidth (MHz Max.)	IL (DB Max.)	Ukuhlukaniswa (DB Min.)	I-VSWR (MAX.)	Amandla aphakathi (W max.)	Ingxebeni	Izinga lokushisa nokubanda(K)	Usayizi (mm)	Isikhathi sokuhola (amasonto)
QCTCC-4000-8000-04-S	4 ~ 8	4000	0.6	60	1.3	-	Utshani	4 (-269.15 ℃)	47 * 25.5 * 13.7	2 ~ 4