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I-RF High Precision Low Low VSWR Vector Network Analyser Calibration Kits
Inkqubo yokuvavanya uqhagamshelwano
Ikhithi yokulinganisa iRF sisixhobo esiphambili sokuqinisekisa ukuba i-vector network analyzer (VNA) kunye nezinye izixhobo zeRF zibonelela ngomlinganiselo ochanekileyo wenqwelomoya yovavanyo lwesixhobo.Ngenxa yokonyuka okungokwemvelo kwisigaba kunye notshintsho lwe-impedance ekudibaneni kwezixhobo zokuvavanya i-RF, imilinganiselo eyenziwa nge-VNA ngaphandle kokulungelelaniswa iya kubandakanya i-S-parameters kunye neempawu ze-domain yexesha lenkqubo yokuvavanya ukudibanisa.Ikhithi yolungelelwaniso isetyenziselwa ukubonelela ngenqwelo-moya yokukhangela eqala kuqhagamshelo lwe-DUT.Ngale ndlela, izixhobo zovavanyo lweRF (ikakhulukazi i-VNA) zinokwenza ngokuzenzekelayo imisebenzi edibeneyo yokubethela ngaphandle kwesidingo sokulungiswa kwedatha eyongezelelweyo.
Ikhithi yokulinganisa iRF sisixhobo esiphambili sokuqinisekisa ukuba i-vector network analyzer (VNA) kunye nezinye izixhobo zeRF zibonelela ngomlinganiselo ochanekileyo wenqwelomoya yovavanyo lwesixhobo.Ngenxa yokonyuka okungokwemvelo kwisigaba kunye notshintsho lwe-impedance ekudibaneni kwezixhobo zokuvavanya i-RF, imilinganiselo eyenziwa nge-VNA ngaphandle kokulungelelaniswa iya kubandakanya i-S-parameters kunye neempawu ze-domain yexesha lenkqubo yokuvavanya ukudibanisa.Ikhithi yolungelelwaniso isetyenziselwa ukubonelela ngenqwelo-moya yokukhangela eqala kuqhagamshelo lwe-DUT.Ngale ndlela, izixhobo zovavanyo lweRF (ikakhulukazi i-VNA) zinokwenza ngokuzenzekelayo imisebenzi edibeneyo yokubethela ngaphandle kwesidingo sokulungiswa kwedatha eyongezelelweyo.
Icandelo le-short-circuit yekiti yokulinganisa isetyenziselwa "i-short-circuit" amandla enziwe kwaye akhutshwe yi-VNA, ngelixa icandelo le-open-circuit liphelile ngokusesikweni umgca wothumelo ongapheliyo ongavumeli ukudibanisa kunye nemitha evela ngaphandle. okusingqongileyo.
Umthwalo wekiti yokulinganisa isetyenziselwa ukufanisa i-impedance ye-transmission line kunye ne-port impedance ye-VNA kunye nezixhobo ezivavanyiweyo.
I-adapter echanekileyo yi-adapter elula edibanisa izibuko ezimbini zekiti yokulinganisa, kwaye ayibonakali ngenxa yenjongo yayo yokuyila ukuba ibe kufuphi nomgca wokuhambisa ofanelekileyo ngokusemandleni.Ikhithi yokulinganisa ibandakanya izihlanganisi ezahlukeneyo ezisemgangathweni ze-coaxial zobukhulu obahlukeneyo, kunye neyona nto ixhaphakileyo sisidibanisi sohlobo lwe-N.
Ngenxa yoluhlu olubanzi lwezixhobo ezivavanyiweyo kunye neentambo ze-coaxial, iikhithi ze-adapter ezichanekileyo ziyi-accessory ebaluleke kakhulu kwiikiti zokulinganisa.Kwiiadaptha ezinjalo, kufuneka zibe nomgangatho ophezulu.
QualwaveI-Inc. ibonelela ngeeKits zoCalibration ngeentlobo ezahlukeneyo ukuhlangabezana neemfuno zabathengi.
Inombolo yendawo | Ishiti yedatha | Ukuphindaphinda(GHz, Min.)  | Ukuphindaphinda(GHz, Max.) | Uhlobo | VSWR(ubuninzi.) | Ukuchaneka kweSigaba(°, Max.) | Izihlanganisi | Ixesha lokukhokhela(iiveki) |
|---|---|---|---|---|---|---|---|---|
| QCK-V-67 |  | DC | 67 | - | 1.33 | ±5 | 1.85mm | 2~6 |
| QCK-2-50 | | 0.1 | 50 | - | 1.22 | ±2.25 | 2.4mm | 2~6 |
| QCK-K-40-1 | | DC | 40 | Ukuchaneka | 1.15 | ±6 | 2.92mm | 0~4 |
| QCK-3-26.5-1 | | DC | 26.5 | Ukuchaneka | 1.06 | ±1.5 | 3.5mm | 0~4 |
| QCK-3-26.5-3 | | DC | 26.5 | 3-in-1 | 1.06 | ±1.5 | 3.5mm | 0~4 |
| QCK-3-9-1 | | DC | 9 | Ukuchaneka | 1.06 | ±0.8 | 3.5mm | 0~4 |
| QCK-3-9-3 | | DC | 9 | 3-in-1 | 1.06 | ±0.8 | 3.5mm | 0~4 |
| QCK-3-6-2 | | DC | 6 | Ezoqoqosho | 1.05 | ±1 | 3.5mm | 0~4 |
| QCK-J-18 | | DC | 18 | - | 1.06 | ±1 | 7mm | 0~4 |
| QCK-L1-9 | | DC | 9 | - | 1.06 | ±0.8 | L16 | 0~4 |
| QCK-N-18-1 | | DC | 18 | Ukuchaneka | 1.06 | ±1 | N | 0~4 |
| QCK-N-9-1 | | DC | 9 | Ukuchaneka | 1.06 | ±0.8 | N | 0~4 |
| QCK-N-9-3 | | DC | 9 | 3-in-1 | 1.06 | ±0.8 | N | 0~4 |
| QCK-N-6-1 | | DC | 6 | Ukuchaneka | 1.05 | ±0.6 | N | 0~4 |
| QCK-N-6-2 | | DC | 6 | Ezoqoqosho | 1.05 | ±1 | N | 0~4 |
| QCK-N-6-3 | | DC | 6 | 3-in-1 | 1.05 | ±0.6 | N | 0~4 |
| QCK-N-4-3 | | DC | 4 | 3-in-1 | 1.05 | ±0.6 | N | 0~4 |