I-CryGegenic Ingxolo yengxolo ye-Amplifiers RF microwave milimeter Wave mm wave

I-CryGegenic Ingxolo yengxolo ye-Amplifiers RF microwave milimeter Wave mm wave

Iimbonakalo:

Ubungakanani obuncinci
Ukusetyenziswa kwamandla asezantsi
Iqela elibanzi
Iqondo lokushisa eliphantsi

Izicelo:

Ngaphandle kwe-wireless
Dlulisela
Uvavanyo lwelebhu
I-Quam Computer

Nxibelelana ngoku

Ingxolo ye-Crygenic Ingxolo yengxolo

I-CryGegenic Ingxolo yengxolo ye-Amplifiers (i-LNAs) zizixhobo ezikhethekileyo ze-elektroniki ezikhethekileyo ezenzelwe ukukhulisa imiqondiso ebuthathaka ngengxolo encinci, ngelixa isebenza ngamaqondo obushushu amancinci (i-4K okanye ngezantsi). Ezi Ampifiers zibalulekile kwizicelo apho ingqibelelo yeSiqondiso kunye nemvakalelo yexabiso eliphambili, njengokungaqhelekanga, irediyo ye-didiyo, kunye ne-ENGRODUCTONGONGE. Ngokusebenza kumaqondo obushushu aseStoogenic, i-LNAs iphumelele amanani amdaka engxolo ephathekayo ethelekiswa negumbi lokushisa igumbi, elisenza ukuba babe nakho kwiNkqubo yokuSebenza yeNzululwazi egqibeleleyo.

Iimbonakalo:

I-1. Ingxolo ye-Iltra-In Criogenic Lnas ifumana amantombazana engxolo asezantsi njengezishumi ze-Decibel (DB), engcono kakhulu kune-Amplified Amplifiers. Oku kungenxa yokuncitshiswa kwengxolo ye-thermal kwiqondo lobushushu baseFrygenic.
2. Inzuzo enkulu: ibonelela nge-americation ephezulu (ngokwesiqhelo i-20-40 dB okanye ngaphezulu) ukukhulisa imiqondiso ebuthathaka ngaphandle kokungcolisa umyinge wengxolo (i-snar).
3. I-Bandwidth ebanzi: ixhasa uluhlu olubanzi lweendlela ezibanzi, ukusuka kwi-MHZ embalwa ukuya kwi-GHZ eliqela, kuxhomekeka kuyilo nakwisicelo.
4. I-Cryogenic upoment: I-microwave cryogenic yengxolo yengxolo eyenzelwe ukusebenza ngokuthembekileyo kubushushu be-crygenic (umz, i-1K. Eyakhiwe kusetyenziswa izixhobo kunye nezinto ezigcina iipropathi zawo ze-andmbechacal eziphantsi kumaqondo obushushu asezantsi.
5. Ukusetyenziswa kwamandla asezantsi: Impumelelo yokubekwa kwamandla amandla ukuthintela ukufudumeza imeko ye-Crygenic, enokubeka indawo yokupholisa.
6. I-Compact kunye noyilo olukhanyayo: Injini yokudityaniswa kwiinkqubo zama-Cryzogesic, apho ubunzima bomzimba buhlala bumiswe.
7. Udidi oluphezulu: Gcina ingqibelelo kwingqibelelo nakwimigangatho ephezulu yokufaka, ukuqinisekisa ubunyani obuxhaphakileyo ngaphandle kokugqwetha.

Izicelo:

I-1. Umlinganiso wekhomputha: I-Medimeage Wave ye-Gyvegenic Ingxolo yengxolo ye-Amplisifiers esetyenziswa kwi-Supercondecting Procedor Procedors ye-SuperCound Procedos kwi-Explout imiqondiso yobuthathaka evela kumbuzo. Idityaniswe kwiimbaleki ze-dilpresrefriverafriveraft ukuba isebenze kwi-millielvin yobushushu.
2. I-Astronomy yeRadio
I-3. I-SuperCunctung Elektroniki: I-MM Wave Wave Ingxolo yengxolo ye-Amplifies esetyenziswa kwi-supercondectives iseketheni kunye nezinzwa ukuba zikhuphe imiqondiso ephantsi ngelixa iqinisekisa ukulungiswa kwengxolo ephantsi, kuqinisekisa ukulungiswa kwengxolo kunye nemilinganiselo efanelekileyo.
4. Uvavanyo lobushushu obuphantsi: Ukusetyenziswa kwe-cryupgen setups, ezinjengezifundo ze-SuperCondlongoges, ubungakanani be-phenomena, okanye ukufunyanwa kwento emnyama ingxolo yengxolo.
I-5. Ukucinga ngonyango: Isetyenziswe kwiinkqubo zokucinga eziphambili ze-MRI (i-Magnetic Reming) esebenza kwiqondo lobushushu lase-Crybugesic ukuphucula umgangatho kunye nesisombululo.
I-6. I-Space kunye neSatellite yoNxibelelwano: Isetyenziswe kwi-Cryogenic Colles Iinkqubo zokupholisa izixhobo ezisekwe kwindawo yokwandisa imiqondiso ebuthathaka ukusuka kwindawo enzulu, ukuphucula ukusebenza kwedatha kunye nomgangatho wonxibelelwano.
I-7. I-subcecle processics: uqashwe kwi-Cryogenic funisa iimvavanyo ezinje ngobufundisi be-neutrino okanye umbandela omnyama, apho kukhangelwa kwengxolo yengxolo enkulu.

UmkhubaGcina i-Cryogenic Ingxolo yengxolo ye-Amplifis kwi-DC ukuya kwi-8gz, kwaye amaqondo obushushu engxolo anokuba sezantsi njenge-10k.