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Isihlukanisi samandla esinezindlela ezingu-16 siyingxenye ye-RF/microwave engasebenzi kahle eyenzelwe ngqo ukusatshalaliswa kwesignali yeziteshi eziningi. Sinekhono elihle kakhulu lokuhlukanisa amandla, ukulahlekelwa okuphansi kokufakwa, kanye nokwehlukaniswa okuphezulu, okwenza sifanelekele ukuxhumana okudingakalayo kanye nezindawo zokuhlola. Izici zayo kanye nezinhlelo zokusebenza yilezi ezilandelayo:
Izici:
1. Ukusatshalaliswa kwamandla aphezulu: Ihlukanisa ngokulinganayo isignali yokufaka eyodwa ibe yimiphumela engu-16 ngokulahlekelwa kokufakwa okungokwengqondo okungu--12dB (ukuhlukaniswa okulinganayo kwezindlela ezingu-16), iqinisekisa ukusebenza kahle kokudluliselwa kwesignali.
2. Ukulahlekelwa okuncane kokufakwa: Kusebenzisa izinto ze-dielectric ezine-Q ephezulu ukunciphisa ukulahlekelwa kwamandla.
3. Ukuhlukaniswa okuphezulu: Kuvimbela ngempumelelo ukuxoxisana kwesignali phakathi kwamachweba okukhipha, kuthuthukisa ukuzinza kohlelo.
Izicelo:
1. Izinhlelo zokuxhumana ezingenantambo
Iziteshi zesisekelo ze-5G: Isabalalisa amasignali e-RF kumayunithi amaningi e-antenna, isekela ubuchwepheshe be-MIMO.
Izinhlelo ze-antenna ezisabalalisiwe (i-DAS): Zandisa ukumbozwa kwesignali futhi zithuthukisa ikhono lokufinyelela kubasebenzisi abaningi.
2. Izinhlelo zesathelayithi kanye ne-radar
I-radar ye-array ehlukaniswe ngezigaba: Isabalalisa ngokulinganayo izimpawu ze-oscillator zendawo kumamojula amaningi e-TR ukuqinisekisa ukunemba kokukhomba kwe-beam.
Iziteshi zomhlaba zesathelayithi: Ukusatshalaliswa kwesignali yokwamukela iziteshi eziningi ukuthuthukisa ukudluliselwa kwedatha.
3. Ukuhlolwa nokulinganiswa
Abahlaziyi benethiwekhi enamachweba amaningi: Ilinganisa ngokuvumelanisa amadivayisi amaningi angaphansi kokuhlolwa (ama-DUT) ukuze kuthuthukiswe ukusebenza kahle kokuhlola.
Ukuhlolwa kwe-EMC: Kushukumisa ama-antenna amaningi ngasikhathi sinye ukuze kusheshiswe ukuhlolwa kokuzivikela komzimba okubangelwa imisebe.
4. Ukusakaza kanye ne-elekthronikhi yezempi
Izinhlelo zokudlulisa ukusakaza: Zisabalalisa amasignali kuma-feeder amaningi ukuze kuncishiswe izingozi zokuhluleka kwephuzu elilodwa.
Izindlela zokumelana ze-elekthronikhi (i-ECM): Ivumela ukudluliswa kwesignali ye-jamming ehlanganisiwe eneziteshi eziningi.
I-Qualwave Inc. inikeza i-broadband futhi ithembeke kakhuluIzihlukanisi/izihlanganisi zamandla ezinezindlela ezingu-16ngesembozo semvamisa kusukela ku-DC kuya ku-67GHz. Lesi sihloko sethula isehlukanisi samandla esinezindlela ezingu-16 esinesembozo semvamisa esingu-0.225 ~ 0.4GHz.
1. Izici Zikagesi
Imvamisa: 0.225~0.4GHz
Ukulahlekelwa Kokufakwa*1: 0.6dB ubuningi.
I-VSWR: 1.2 ubuningi.
Ukuhlukaniswa: 22dB min.
Ibhalansi Yobukhulu: ± 0.1dB uhlobo.
Ibhalansi Yesigaba: uhlobo lwe-±1°.
Ukumelana: 50Ω
Amandla @SUM Port: 100W ubuningi njenge-divider
Ubuningi obungu-100W njengesihlanganisi
[1] Akubandakanyi ukulahlekelwa okungokwemfundiso okungu-12dB.
2. Izakhiwo Zemishini
Izixhumi: I-SMA Female, i-N Female, i-TNC Female
3. Indawo ezungezile
Izinga Lokushisa Lokusebenza: -45~+85℃
Izinga lokushisa elingasebenzi: -55~+125℃
4. Imidwebo Yohlaka
Iyunithi: mm [ngaphakathi]
Ukubekezelela: ±0.5mm [±0.02in]
5. Indlela Yoku-oda
I-QPD16-225-400-K1-Y
Y: Uhlobo lwesixhumi
Imithetho yokuqamba isixhumi:
S - SMA Owesifazane (Uhlaka A)
N - N Owesifazane (Uhlaka B)
T - TNC Owesifazane (Uhlaka B)
Izibonelo:
Ukuze u-ode isihlukanisi samandla esinezindlela ezingu-16, esingu-0.225~0.4GHz, 100W, N female, chaza i-QPD16-225-400-K1-N.
Uma unentshisekelo kulo mkhiqizo, sicela ukhululeke ukuxhumana nathi. Siyajabula ukukunikeza ulwazi oluwusizo kakhulu.
Isikhathi sokuthunyelwe: Julayi-03-2026