-
Isihlungi esiphezulu sokudlula
Izihlungi eziphakeme zisetshenziselwa ukudlula amasiginali afudumele aphansi ngokusobala ngenkathi uvimba noma efaka izakhi zemvamisa ngaphansi kwemvamisa ethile ye-cutoff.
Isihlungi esiphezulu se-High-Pass sinemvamisa ye-cutoff, eyaziwa nangokuthi umkhawulo we-cutoff. Lokhu kusho imvamisa lapho isihlungi siqala khona ukumisa isiginali yemvamisa ephansi. Isibonelo, isihlungi esiphezulu se-10mhz esiphakeme sizovimba izingxenye zemvamisa ngaphansi kwe-10mhz.
Idizayini yangokwezifiso etholakala ngesicelo.
-
Yehla isipuni
I-RF Drop in Circulator uhlobo lwedivaysi ye-RF enika amandla ukudluliswa okungafanele kwamagagasi e-electromagnetic, ikakhulukazi asetshenziswa ezinhlelweni zokuxhumana ze-radar ne-microwave. Ukwehla kwe-i-Isolator kuxhunyiwe kwimishini yensimbi ngokusebenzisa umjikelezo we-Ribbon.
I-RF yehla isipuni ngesisulu sedivayisi eyi-3-microwave esetshenziselwa ukulawula ukuqondiswa kanye nokudluliselwa kwamasiginali kwimibuthano ye-RF. I-RF yehla isipuni i-unididirectional, ivumela amandla ukuthi adluliselwe iwashi echwebeni ngalinye ethekwini elilandelayo. Lezi zindilinga ze-RF zine-degree yodwa ye-20DB.
-
Donsela i-Isolator
I-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-isolator exhunywe kwimishini yensimbi ngokusebenzisa umugqa we-strip. Yehla i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-spimence encane, kulula ukuyihlanganisa kumadivayisi ahlukahlukene futhi ilondoloze isikhala. Lo mklamo omncane wenza ama-isolators alungele izinhlelo zokusebenza ezilungele isikhala esilinganiselwe.drop ku-i-isolator kungenzeka ukuthi ilungiswe kalula kwi-PCB Board nge-soldering eyenza kube lula kakhulu ukusebenzisa. Imbobo yesithathu ye-i-i-ilorator ye-scon-in izobe ifakwe i-attenuator ye-chip ukuze iqashelwe amandla wesiginali noma ukunqanyulwa kwe-chip ku-Absorption Signal Energy. I-Isorator eyehlayo iyithuluzi elivikelayo elisetshenziswa ezinhlelweni ze-RF, umsebenzi wayo oyisisekelo ukudlulisa amasiginali ngendlela engavumi ukunqanda amasiginali we-Antenna Port ukuze abuyele emuva kokufaka (TX).
Ububanzi obujwayelekile be-10mhz kuya ku-40GHz, kuze kufike ku-2000W Power.
Ezempi, isikhala kanye nezicelo zokuhweba.
Ukulahleka kokufaka okuphansi, ukwehlukaniswa okuphezulu, ukuphatha amandla aphezulu.
Idizayini yangokwezifiso etholakala ngesicelo.
-
I-RFTYT 2 IZINDLELA ZOKWENZA IZIMBALI
I-2 Way Power Divider iyithuluzi elijwayelekile le-microwave elivame ukusabalalisa ngokulinganayo amasiginali wokufaka kumachweba amabili okukhipha, futhi anamakhono athile wokuhlukanisa. Kusetshenziswa kabanzi ezinhlelweni zokuxhumana ezingenantambo, amasistimu we-radar, kanye nokuhlolwa nokulinganisa imishini.
Idizayini yangokwezifiso etholakala ngesicelo.
-
I-RFTYT 16 Way Power Divider
Izindlela eziyi-16 zokuhlukanisa amandla zisetshenziselwa idivaysi ye-elekthronikhi ikakhulukazi ukuhlukanisa isiginali yokufaka ibe amasiginali okukhipha ayi-16 ngokuya ngephethini ethile. Isetshenziswa kakhulu emikhakheni efana nezinhlelo zokuxhumana, ukucubungula isiginali yeRadar, kanye nokuhlaziywa kweRadio Spectrum.
-
Isihlungi Sokuma Band
Izihlungi ze-band-ukuma zinekhono lokuvimba noma ukuvimba amasiginali abubanzi bemvamisa, ngenkathi amasiko ngaphandle kwalelo banga ahlala esobala.
Izihlungi ze-band-ukuma ziba nezindawo ezimbili ze-cutoff, imvamisa ephansi ye-cutoff kanye nemvamisa ephezulu ye-cutoff, ukwakha ububanzi obuvame ukubizwa ngokuthi "i-passband". Amasiginali ekwahlu lwe-passwordband azobe angathinteki ngesihlungi. Izihlungi ze-band-ukuma zikha amabanga okuvama noma ngaphezulu amabanga abizwa nge- "stopbands" ngaphandle kwebanga le-password. Isiginali ekwakhiweni kwe-stopband ifakwa noma ivinjelwe ngokuphelele isihlungi.
-
Ukuqedwa kwe-Chip
Ukuqedwa kwe-chip kuyindlela evamile yokupakishwa kwezakhi ze-elekthronikhi, okusetshenziselwa inani elingaphezulu kweNtaba yamabhodi wesifunda. Ama-chip assistrors ngohlobo olulodwa lokuphikisana okusetshenziselwa ukukhawulela kwamanje, kanye ne-voltage ye-voltage.Umvelo.ukufanela ukumelana ne-pocket board emasokeni, kepha athengiswe ngqo ebusweni beBhodi Yesekethe. Lesi simo sokupakisha sisiza ukuthuthukisa ukuhlanganiswa, ukusebenza, kanye nokwethenjwa kwamabhodi wesifunda.
-
Ukuqedwa kwe-Coaxial Mismatch kuqedwe
Ukuqedwa kwe-Mismatch okubizwa ngokuthi yi-Mismatch Load okunguhlobo lwe-Coaxial Load.it ngumthwalo ojwayelekile we-mismatch ongadonsa ingxenye yamandla emicrowave futhi ubonise enye ingxenye ethile, bese udala igagasi elithile le-microwave.
-
Ukuqedwa okuholele
Ukuqedwa okuholele kufakwe umjikelezo ekugcineni komjikelezo, okuthola amasiginali adluliselwe esisekelweni futhi avimbela ikhwalithi yokudlulisela kohlelo lokuhambisa.Ye Ifakwe ekugcineni kwesifunda ngokushiswa. Inhloso enkulu ukudonsa amaza wesiginali adluliselwe ekupheleni kwesifunda, ukuvimbela ukuboniswa kwesiginali ukuthi kuthinte umjikelezo, futhi kuqinisekiswe ikhwalithi yokudlulisa yohlelo lokujikeleza.
-
I-RFTYT 3 Way Power Divider
Isihlukanisi samandla we-3 - Isandla esibalulekile siyingxenye ebalulekile esetshenziswa ezinhlelweni zokuxhumana ezingenantambo kanye nemijikelezo ye-RF. Siqukethe itheku elilodwa lokufaka kanye namachweba amathathu okukhipha, asetshenziselwa ukwaba amasiginali wokufaka kumachweba amathathu okukhipha. Ifinyelela ukuhlukaniswa kwesiginali nokusatshalaliswa kwamandla ngokuthola ukusatshalaliswa kwamandla okufana okufanayo kanye nokusatshalaliswa kwesigaba njalo. Ngokuvamile kudingeka ukuba ube nokusebenza okuhle kwe-wave ukusebenza, ukwehlukaniswa okuphezulu, nokuhle ku-band flatness.
Idizayini yangokwezifiso etholakala ngesicelo.
-
Rftyt 4 Way Power Divider
I-4-Way Provider Divider iyithuluzi elijwayelekile elisetshenziswa ezinhlelweni zokuxhumana okungenantambo, eziqukethe okokufaka okukodwa kanye nama-terminals amane okukhipha.
-
Izindlela ze-RFTYT 6 IZINDLELA ZOKWO
Isihlukanisi samandla we-6-kaphethiloli yithuluzi le-RF elisetshenziswa kabanzi ezinhlelweni zokuxhumana ezingenantambo. Iqukethe i-terminal eyodwa yokufaka kanye nama-terminals ayisithupha okukhipha, angasabalalisa ngokulinganayo isiginali yokufaka kuya kumachweba okukhipha ayisithupha, afeze ukwabiwa kwamandla. Lolu hlobo lwedivayisi luklanyelwe ngokuvamile kusetshenziswa imigqa ye-microCRIP, izakhiwo eziyindilinga, njll., Futhi inezimpawu ezinhle zikagesi ukusebenza kanye nezimpawu zomsakazo.
