Umhlahlandlela wamagagasi kuya ku-Coaxial Adapter 8.2-12.4GHz Ibanga Lokuphindaphindwa Kwemvamisa RM-WCA90

Umhlahlandlela we-Waveguide kuya ku-Coaxial Adapter 8.2-12.4GHz Ibanga Lokuphindaphindwa Kwemvamisa RM-WCA90 Isithombe Esifakiwe

Incazelo emfushane:

Ama-RM-WCA90 ayi-waveguide ye-angle kwesokudla (90°) kuma-adaptha e-coaxial asebenzisa ibanga lemvamisa elingu-8.2-12.4GHz. Aklanyelwe futhi akhiqizwa ngekhwalithi yebanga lezinsimbi kodwa anikezwa ngentengo yebanga lezentengiselwano, okuvumela ukuguquka okuphumelelayo phakathi kwe-waveguide engunxande kanye nesixhumi se-coaxial se-SMA-Female.

Xhumana nathi Thola Ishidi Ledatha Lomkhiqizo

Imininingwane Yomkhiqizo

ULWAZI LWE-ANTENA

Amathegi Omkhiqizo

Izici

● Ukusebenza Okugcwele Kwebhendi Ye-Waveguide

● Ukulahlekelwa Okuphansi Kokufakwa kanye ne-VSWR

● Ilebhu Yokuhlola

● Ukwenziwa kwezinsimbi zomculo

Imininingwane

I-RM-I-WCA90
Into	Imininingwane	Amayunithi
Ibanga Lokuvama	8.2-12.4	I-GHz
Umhlahlandlela wamagagasi	WR90	i-dBi
I-VSWR	1.3 Ubuningi
Ukulahlekelwa Kokufakwa	0.35 Ubuningi	dB
I-Flange	I-FBP100
Isixhumi	I-SMA-Owesifazane
Amandla Aphakathi	Ubuningi obungu-50	W
Amandla Aphezulu	3	kW
Izinto	Al
Usayizi	29.341.441.4	mm
Isisindo sengqikithi	0.053	Kg

Okwedlule: Umhlahlandlela we-Waveguide kuya ku-Coaxial Adapter 7.05-10GHz Frequency Range RM-WCA112

Olandelayo: Umhlahlandlela wamagagasi kuya ku-Coaxial Adapter 10-15GHz Ibanga Lokuphindaphindeka RM-WCA75

I-adaptha ye-waveguide-to-coaxial iyi-microweve eyingqayizivele eklanyelwe ukudluliselwa kwesignali okuphumelelayo kanye nokudluliselwa phakathi kwe-waveguide engunxande/eyisiyingi kanye nomugqa wokudlulisela we-coaxial. Akuyona i-antenna ngokwayo, kodwa iyi-interconnection component ebalulekile ngaphakathi kwezinhlelo ze-antenna, ikakhulukazi lezo eziphakelwa yi-waveguide.

Isakhiwo sayo esijwayelekile sihilela ukwelula umqhubi wangaphakathi womugqa we-coaxial ibanga elifushane (ukwakha i-probe) ngokuqonde ngqo odongeni olubanzi lomhlahlandlela wamagagasi. Le probe isebenza njengesici esikhipha imisebe, ijabulisa imodi yensimu ye-electromagnetic efiselekayo (ngokuvamile imodi ye-TE10) ngaphakathi komhlahlandlela wamagagasi. Ngokuklanywa okunembile kokujula kokufakwa kwe-probe, isikhundla, kanye nesakhiwo sokugcina, ukufana kwe-impedance phakathi komhlahlandlela wamagagasi kanye nomugqa we-coaxial kufinyelelwa, kunciphisa ukubonakaliswa kwesignali.

Izinzuzo ezibalulekile zale ngxenye yikhono layo lokuhlinzeka ngoxhumano olunelahleko eliphansi, olunamandla aphezulu kanye nomthamo, oluhlanganisa ukulula kwemishini ye-coaxial kanye nezinzuzo eziphansi zokulahlekelwa kwama-waveguides. Inkinga yayo eyinhloko ukuthi i-bandwidth yayo yokusebenza inqunyelwe yisakhiwo esifanelanayo futhi ngokuvamile incane kuneyemigqa ye-broadband coaxial. Isetshenziswa kabanzi ukuxhuma imithombo yesignali ye-microwave, izinsimbi zokulinganisa, kanye nezinhlelo ze-antenna ezisekelwe kuma-waveguides.