Cryogenic coaxial circulators

Features:

PRAESTRICTUS
Minimum insertionem damnum

Applications:

Wireless
Radar
Test Laboratory
Quantum Computing

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Cryogenic coaxial circulators

Cryogenic coaxial circulators sunt specialioribus non-reciproca Proin cogitationes disposito ad agunt ad maxime humilis temperaturis (typically liquido temperaturis, 4k et infra). Circulators sunt three- vel quattuor-portum cogitationes quod dirige Proin signals in propria circularis forma (ut Portus I → Portus II → Portus III → Portus I), providing inter portubus. In cryogenic environments, hi cogitationes sunt per se applications ut quanttumcomputing, superconducting electronics et humilis-temperatus experimenta, ubi precisesignal fusis et segregatione sunt discrimensignal.

Features:

I. Cryogenic euismod: disposito ad munus firmiter ad cryogenic temperaturis (eg, 4k, 1k, vel etiam inferior). Construitur per materiae, quod ponere magneticam et electrica proprietatibus ad lowtemperatures, ut Ferrites et superconductors.
II. Minimum insertionem damnum: ensures minima signa attenuatione in progressus directionem, quae discrimine ad maintaining signum integritatem sensitivo applications.
III. High Solation: providet excellens seorsum inter portubus ne signum Leakage andinterference.
IV. Wide frequency range: sustinet lata range frequentiis, typice a paucis MHz ad complures GHz, secundum consilium et applicationem.
V. Paperback et Lightweight Design: Optimized ad integrationem in cryogenic systems, ubi spacende pondus saepe limited.
VI. Minimum scelerisque onus: Minimizes æstus translatione ad cryogenic environment, cursus stabableoperation de refrigerationem ratio.
VII. High Power Tractantem: Capax Tractantem significant potentia campester sine perficienturGradation, quae est momenti ad applications ut quantum computing et radio astronomia.

Applications:

I. Quantum Computing: usus in superconducting quantum processors ad iter Proin Imperium et readout significationibus, cursus mundus signum tradenda et reducendo sonitus, quod poterat decerpere cujusdam. Integrated in Globuli refrigerators ponere signum puritatem ad Millikikevin temperaturis.
II. Superconducting electronics: usus in superconducting circuits et sensoriis ad iter annuit Andprovide solitudo, cursus accurate signum processus et mensurae.
III. Humilis-temperatus experimenta: applicantur in cryogenic investigationis setups, ut studiis super conductivity vel quantum phaenomena, ponere signum claritatem et redigendum strepitu.
IV. Radio Astronomia: in cryogenic receptores de radio telescopes ad iter annuit et amplio thodsensitivity astronomicas observationes.
V. Imaging Medicing: utilitas in provectus imaging systems sicut MRI (magnetica resonatur imaging), quod operate ad cryogenic temperaturis ad augendae signum qualis.
VI. Tractus et Satellite communicationis: usus est in cryogenic refrigerationem systems of spatio-fundaturinsturs ut administrare signals et amplio communicationis efficientiam.

QUALWAVEVictualia cryogenic coaxial circulators lata range 4GHz ad 8Ghz. Noster cryogenic coaxial circulators late in multis locis.

Cryogenic coaxial circulators
Pars numerus	Frequency (GHz)	Bandwidth (MHZ max.)	II (DB MAX.)	Solation (DB min.)	VSWR (Max.)	Mediocris potentia (W MAX).	Conenector	Temperamentum(K)	Magnitudine (mm)	Duc Tempus (weeks)
QCCC-4000-8000-04-S	IV ~ VIII	(IV)	0,2	20	1.3	-	SMA	IV (-269.15 ℃)	24.2 * 25.5 * 13.7	II ~ IV

Cryogenic dual coniunctas coaxial circulators
Pars numerus	Frequency (GHz)	Bandwidth (MHZ max.)	II (DB MAX.)	Solation (DB min.)	VSWR (Max.)	Mediocris potentia (W MAX).	Conenector	Temperamentum(K)	Magnitudine (mm)	Duc Tempus (weeks)
Qcdcc-4000-8000-04, s	IV ~ VIII	(IV)	0,4	40	1.3	-	SMA	IV (-269.15 ℃)	XLVII * 25.5 * 13.7	II ~ IV

Cryogenic triplici coniunctas coaxial circulators
Pars numerus	Frequency (GHz)	Bandwidth (MHZ max.)	II (DB MAX.)	Solation (DB min.)	VSWR (Max.)	Mediocris potentia (W MAX).	Conenector	Temperamentum(K)	Magnitudine (mm)	Duc Tempus (weeks)
Qctcc-4000-8000-04, s	IV ~ VIII	(IV)	0.6	60	1.3	-	SMA	IV (-269.15 ℃)	XLVII * 25.5 * 13.7	II ~ IV