Iimbonakalo:
- Broadband
- Amandla phezulu
- Ilahleko yokuFaka ephantsi
Isetyhula ye-waveguide yenziwe ngemathiriyeli ye-microwave ferrite kwaye sisixhobo somgca esingaguqukiyo esisetyenziselwa ukuhambisa amandla ngendlela enye kwiinkqubo ze-microwave. Lo msebenzi wokuhanjiswa kwe-unidirectional usetyenziswa kwiinqanaba zezixhobo ze-microwave, ezivumela ukuba zisebenze ngokuzimeleyo kwaye zibe zodwa.
Umgaqo osebenzayo we-waveguide circulator kukusebenzisa i-Faraday rotation effect ye-polarization plane ejikelezayo xa amaza ombane ehanjiswa kwizinto ezijikelezayo ze-ferrite kunye ne-DC magnetic field yangaphandle. Ngoyilo olufanelekileyo, iplani yepolarization ye-electromagnetic wave ikwi-perpendicular kwiplagi ekwaziyo ukumelana nesiseko ngexesha lothumelo oluya phambili, okukhokelela ekuthotyweni okuncinci. Ngexesha lothumelo olubuyela umva, iplanethi yepolarization ye-electromagnetic wave ihambelana neplagi exhathisiweyo ephantsi kwaye iphantse yafunxwa ngokupheleleyo.
1. Ubungakanani obuncinci: Umthamo we-waveguide circulators uncinci kakhulu xa kuthelekiswa nabasabalalisi bendabuko kunye nabahlanganisi, ngakumbi kuluhlu lwe-frequency ephezulu. Esi sixhobo sinobukhulu obubambene kakhulu kwaye sinokusetyenziswa ngokubanzi kwiindawo ze-elektroniki ezisebenza ngokuphindaphindiweyo ezifana nonxibelelwano lwamajelo amaninzi kunye nerada.
2. Ilahleko ephantsi: Ngenxa yokusetyenziswa kwezakhiwo ezikhethekileyo ze-waveguide kunye nezixhobo eziphezulu, ii-waveguide circulators zinelahleko ephantsi kakhulu ekuhanjisweni kwesignali, ukuqinisekisa umgangatho wokuhanjiswa kwesignali. Ngokwahlukileyo, kwi-allocators kunye nabahlanganisi, kukho ukulahleka komqondiso ngokubanzi ngenxa yesidingo seempawu zokudlula kwiindawo ezininzi zokudibanisa.
3. Inqanaba eliphezulu lokuzihlukanisa: I-waveguide circulator isebenzisa i-waveguides yee-frequencies ezahlukeneyo ukuvelisa i-reverse propagation kunye nokudibanisa okuhlangeneyo kummandla wendandatho, enokwahlula imiqondiso yee-frequencies ezahlukeneyo. Kwiisekethe eziphezulu ze-frequency, ukwahlukaniswa kwesignali kunye nokucoca kudla ngokufuneka, kwaye ii-waveguide circulators zinokufezekisa ngokufanelekileyo lo msebenzi.
4. Inokuthi isetyenziswe kwiindidi zefrikhwensi ezininzi: I-waveguide circulator inomlinganiselo othile wenkululeko kuyilo kwaye inokulungelelaniswa ngokwemigangatho eyahlukeneyo. Ingasetyenziswa kwiisekethe kuluhlu lweefrikhwensi ezininzi ezahlukeneyo, kwaye ukuguquguquka kwesi sixhobo sesinye sezizathu zokusetyenziswa kwayo okubanzi.
Qualwaveibonelela ngee-broadband waveguide circulators kuluhlu olubanzi ukusuka kwi-2 ukuya kwi-33GHz. Amandla aphakathi afikelela kwi-3500W. Ii-waveguide circulators zethu zisetyenziswa ngokubanzi kwiindawo ezininzi.
Inombolo yendawo | Ukuphindaphinda(GHz, Min.) | Ukuphindaphinda(GHz, Max.) | IL(dB, ubuninzi.) | Ukubekwa wedwa(dB, umz.) | VSWR(ubuninzi.) | Amandla aphakathi(W, ubuninzi.) | Ubungakanani beWaveguide | I-Flange | Ixesha lokukhokhela(iiveki) |
---|---|---|---|---|---|---|---|---|---|
QWC-2350-K5 | 2.35 | 2.35 | 0.3 | 20 | 1.3 | 500 | I-WR-340 (BJ26) | FDP26 | 2~4 |
QWC-2400-2500-2K | 2.4 | 2.5 | 0.3 | 20 | 1.2 | 2000 | I-WR-340 (BJ26) | FDP26 | 2~4 |
QWC-2700-3100-3K5 | 2.7 | 3.1 | 0.3 | 20 | 1.25 | 3500 | I-WR-284 (BJ32) | FDM32 | 2~4 |
QWC-8200-12500-K3 | 8.2 | 12.5 | 0.3 | 20 | 1.2 | 300 | I-WR-90 (BJ100) | FBP100 | 2~4 |
QWC-11900-18000-K15 | 11.9 | 18 | 0.4 | 18 | 1.3 | 150 | I-WR-62 (BJ140) | FBP140 | 2~4 |
QWC-14500-22000-K3 | 14.5 | 22 | 0.4 | 20 | 1.2 | 300 | I-WR-51 (BJ180) | FBP180 | 2~4 |
QWC-21700-33000-25 | 21.7 | 33 | 0.4 | 15 | 1.35 | 25 | I-WR-34 (BJ260) | FBP260 | 2~4 |