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Isijikelezi Se-Dual Junction
I-Double junction Circulator iyithuluzi elingasebenzi elivame ukusetshenziswa kuma-microwave kanye nama-millimeter wave frequency bands. Ingahlukaniswa ibe ama-dual junction coaxial circulators kanye nama-dual junction embedded circulators. Ingahlukaniswa futhi ibe ama-port double junction circulators amane kanye nama-port double junction circulators amathathu ngokusekelwe enanini lama-port. Yakhiwe yinhlanganisela yezakhiwo ezimbili ezi-annular. Ukulahlekelwa kwayo kokufakwa kanye nokuhlukaniswa kuvame ukuphindwe kabili kune-Cirulator eyodwa. Uma izinga lokuhlukaniswa kwe-Cirulator eyodwa lingu-20dB, izinga lokuhlukaniswa kwe-double junction Cirulator lingavame ukufinyelela ku-40dB. Kodwa-ke, akukho shintsho olukhulu kugagasi lokuma kwe-port. Izixhumi zomkhiqizo we-Coaxial ngokuvamile ziyizinhlobo ze-SMA, N, 2.92, L29, noma ze-DIN. Imikhiqizo efakiwe ixhunywe kusetshenziswa izintambo zeribhoni.
Ibanga lemvamisa lisukela ku-10MHz kuya ku-40GHz, amandla afinyelela ku-500W.
Izinhlelo zokusebenza zezempi, zesikhala nezentengiselwano.
Ukulahlekelwa okuphansi kokufakwa, ukuhlukaniswa okuphezulu, ukuphathwa kwamandla aphezulu.
Idizayini eyenziwe ngokwezifiso iyatholakala uma iceliwe.
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Isijikelezi se-SMT
I-SMT surface mount Circulator uhlobo lwedivayisi emise okwendandatho esetshenziselwa ukupakisha nokufaka kwi-PCB (ibhodi lesifunda eliphrintiwe). Zisetshenziswa kabanzi ezinhlelweni zokuxhumana, imishini ye-microwave, imishini yomsakazo, nakwezinye izinkambu. I-SMD surface mount Circulator inezici zokuba ncane, ilula, futhi kulula ukuyifaka, okwenza ifaneleke ezinhlelweni zesekethe ezihlanganisiwe ezinobuningi obukhulu. Okulandelayo kuzonikeza isingeniso esiningiliziwe ngezici kanye nokusetshenziswa kwama-SMD surface mount Circulators. Okokuqala, i-SMD surface mount Circulator inekhono elibanzi lokumboza ibhendi yemvamisa. Ngokuvamile imboza ububanzi bemvamisa, njenge-400MHz-18GHz, ukuze ihlangabezane nezidingo zemvamisa zezinhlelo zokusebenza ezahlukene. Leli khono elibanzi lokumboza ibhendi yemvamisa lenza ama-SMD surface mount Circulators asebenze kahle kakhulu ezimweni eziningi zohlelo lokusebenza.
Ibanga lemvamisa lisukela ku-200MHz kuya ku-15GHz.
Izinhlelo zokusebenza zezempi, zesikhala nezentengiselwano.
Ukulahlekelwa okuphansi kokufakwa, ukuhlukaniswa okuphezulu, ukuphathwa kwamandla aphezulu.
Idizayini eyenziwe ngokwezifiso iyatholakala uma iceliwe.
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I-Isolator yokulahla
I-drop-in i-isolator ixhunywe emishinini yezinsimbi ngokusebenzisa umugqa we-strip. I-drop-in i-isolator ivame ukwakhiwa ngobukhulu obuncane, kulula ukuyihlanganisa kumadivayisi ahlukahlukene futhi igcina isikhala. Lo mklamo omncane wenza i-drop-in i-isolator ifanele izinhlelo zokusebenza ezinesikhala esilinganiselwe. I-drop-in i-isolator ingalungiswa kalula ebhodini le-PCB ngokufaka i-soldering okwenza kube lula kakhulu ukuyisebenzisa. I-port yesithathu ye-Drop-in i-isolator izofakelwa i-chip attenuator ukuze inciphise amandla esignali noma ukuphela kwe-chip kumandla esignali yokumunca. I-Drop-in i-isolator iyithuluzi elivikelayo elisetshenziswa ezinhlelweni ze-RF, umsebenzi walo oyinhloko ukudlulisa amasignali ngendlela eyodwa ukuvimbela amasignali e-antenna port ukuthi abuyele emuva echwebeni lokufaka (Tx).
Ibanga lemvamisa lisukela ku-10MHz kuya ku-40GHz, amandla afinyelela ku-2000W.
Izinhlelo zokusebenza zezempi, zesikhala nezentengiselwano.
Ukulahlekelwa okuphansi kokufakwa, ukuhlukaniswa okuphezulu, ukuphathwa kwamandla aphezulu.
Idizayini eyenziwe ngokwezifiso iyatholakala uma iceliwe.
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Isijikelezi se-Waveguide
I-Waveguide Circulator iyithuluzi elingasebenzi elisetshenziswa kuma-RF kanye nama-frequency band e-microwave ukuze kufezwe ukudluliselwa kanye nokuhlukaniswa kwezimpawu ngendlela eyodwa. Inezici zokulahlekelwa okuphansi kokufakwa, ukuhlukaniswa okuphezulu, kanye ne-broadband, futhi isetshenziswa kabanzi ekuxhumaneni, e-radar, e-antenna nakwezinye izinhlelo. Isakhiwo esiyisisekelo se-waveguide Circulator sihlanganisa imigqa yokudlulisela i-waveguide kanye nezinto ezisebenza ngogesi. Umugqa wokudlulisela i-waveguide uyipayipi lensimbi elingenalutho lapho kudluliswa khona izimpawu. Izinto ezisebenza ngogesi ngokuvamile ziyizinto ezisetshenziswayo ze-ferrite ezibekwa ezindaweni ezithile emigqeni yokudlulisela i-waveguide ukuze kufezwe ukuhlukaniswa kwezibonakaliso.
Ibanga lemvamisa lisukela ku-5.4 kuya ku-110GHz.
Izinhlelo zokusebenza zezempi, zesikhala nezentengiselwano.
Ukulahlekelwa okuphansi kokufakwa, ukuhlukaniswa okuphezulu, ukuphathwa kwamandla aphezulu.
Idizayini eyenziwe ngokwezifiso iyatholakala uma iceliwe.
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Ukuphela kwe-Chip ye-RFT50-10WT0404 DC-8.0GHz
Umdwebo Wohlaka (Iyunithi: mm/intshi) Ukubekezelelana kobukhulu: 5% ngaphandle uma kushiwo ngenye indlela Ukusebenza Okujwayelekile: Indlela Yokufaka Amandla Ukususa Isilinganiso Isikhathi sokugeleza kabusha kanye nomdwebo wokushisa P/N Ukuqokwa Izindaba Ezidinga Ukunakwa ■ Ngemva kokuba isikhathi sokugcina izingxenye ezisanda kuthengwa sidlule izinyanga eziyi-6, kufanele kunakwe ukuthi zikwazi ukushiselwa yini ngaphambi kokusetshenziswa. Kunconywa ukuthi zigcinwe emaphaketheni e-vacuum. ■ Phuma umgodi oshisayo kwi-PCB bese ugcwalisa i-solder. ■ Ukushiselwa kabusha kunconywa kakhulu ku-w... -
Isithambisi Esine-Flanged
I-Flanged resistor ingenye yezingxenye ezivame ukusetshenziswa kumasekethe kagesi, enomsebenzi wokulinganisa isekethe. Ifinyelela ukusebenza okuzinzile kwesekethe ngokulungisa inani lokumelana kwisekethe ukuze kufezwe isimo esilinganiselwe samandla kagesi noma i-voltage. Idlala indima ebalulekile kumadivayisi kagesi nezinhlelo zokuxhumana. Kwisekethe, lapho inani lokumelana lingalingani, kuzoba nokusatshalaliswa okungalingani kwamandla kagesi noma i-voltage, okuholela ekungazinzini kwesekethe. I-Flanged resistor ingalinganisa ukusatshalaliswa kwamandla kagesi noma i-voltage ngokulungisa ukumelana kwisekethe. I-flange balance resistor ilungisa inani lokumelana kwisekethe ukuze isakaze ngokulinganayo amandla kagesi noma i-voltage egatsheni ngalinye, ngaleyo ndlela ifeze ukusebenza okulinganiselayo kwesekethe.
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Ukuphela kwe-Chip ye-RFT50N-10CT2550 DC~6.0GHz
Ukusebenza Okuvamile: Indlela Yokufaka Amandla Ukususa Isilinganiso Isikhathi sokugeleza kabusha kanye nomdwebo wokushisa: Isikhundla se-P/N Umdwebo wesikhathi sokugeleza kabusha kanye nomdwebo wokushisa ■ Ngemva kokuba isikhathi sokugcina izingxenye ezisanda kuthengwa sidlule izinyanga eziyi-6, kufanele kuqashelwe ukuthi zingashiselelwa yini ngaphambi kokusetshenziswa. Kunconywa ukuthi zigcinwe emaphaketheni e-vacuum. ■ Phula umgodi oshisayo kwi-PCB bese ugcwalisa i-solder. ■ Ukushiswa kwe-Reflow kukhethwa kakhulu ekushiseni okuphansi, bheka Isingeniso ku-Reflow welding. ■ Engeza ukupholisa komoya noma amanzi... -
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Isihlukanisi Samandla se-RF esingu-3-PD06-F8318-S/500-8000MHz 500-8000 MHz
Izici kanye nokucaciswa kukagesi:
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I-TG5050AS 1.25 kuya ku-3.0GHz Coaxial Isolator
I-RFTYT inikeza ububanzi obuhlukahlukene be-TG5050AS 1.25 kuya ku-3.0GHz Coaxial Isolator, ama-RF Circulators, ama-RF Resistor, ama-Attenuator, ama-Termination, ama-RF Filters, ama-Power Divider, ama-Splitter, ama-Duplexer, ama-Triplexer, ama-Hybrid Combiner, ama-RF Coupler. Umkhiqizi kanye nefektri ye-TG5050AS 1.25 kuya ku-3.0GHz Coaxial Isolator.
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I-Coaxial Circulator engu-160 kuya ku-300MHz TH5258EN N Uhlobo / TH5258ES SMA Uhlobo
Izibonelo ze-oda Uhlobo Lokuxhuma Uhlobo lwe-SMA Izinketho Zokuxhuma Uhlobo lwe-N Izinketho Zokuxhuma Imbobo 1 Imbobo 2 Imbobo 3 Isifinyezo Imbobo 1 Imbobo 2 Imbobo 3 Isifinyezo KKKSKKKKJJ SKJJ KJJ NKJJ JKJ SJKJ JKJ NJKJ KKJ SKKJ KKJ NKKJ JJJ SJ JJJ NJ Izinketho Zokuxhuma Uhlobo lwe-N Izinketho Zokuxhuma Imbobo 1 Imbobo 2 Imbobo 3 Isifinyezo Imbobo 1 Imbobo 2 ...
