I-Antenna ye-Broadband Horn 12 dBi Uhlobo lweGain, 2.5-30GHz Uluhlu lweeFrequency RM-BDHA2530-15

I-Antenna ye-Broadband Horn 12 dBi Uhlobo lweGain, 2.5-30GHz Uluhlu lweeFrequency Range RM-BDHA2530-15 Umfanekiso obonisiweyo

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Qhagamshelana nathi Fumana iSheet yeDatha yeMveliso

Iinkcukacha zeMveliso

ULWAZI LWEE-ANTEN

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Iinkcukacha

RM-BDHA2530-15
Into	Inkcazo	Iiyunithi
Uluhlu lweeFrequency	2.5-30	I-GHz
Inzuzo	12 Uhlobo.	i-dBi
I-VSWR	1.5:1
Ukwahlulahlula	Lindlebe
I-Cross polarization	Uhlobo lwe-50.	dB
Isinxibelelanisi	2.92mm-Ibhinqa
Ukugqiba	Ipeyinti
Izinto eziphathekayo	Al	dB
Ubungakanani(LWH)	111124.5281.14(±5)	mm
Ubunzima	0.169	kg

Ngaphambili: I-Standard Gain Horn Antenna 20 dBi Uhlobo lweGain, 220-325GHz Ububanzi beeFrequency RM-SGHA3-20

Okulandelayo: I-Antenna ye-Broadband Horn 12 dBi Uhlobo lweGain, 1-30GHz Ububanzi beFrequency RM-BDHA130-12

I-Antenna ye-Broadband Horn yi-antenna ekhethekileyo ye-microwave eyenzelwe ukusebenza kwiindawo ezibanzi kakhulu ze-frequency, ngokuqhelekileyo ifikelela kwi-2:1 okanye ngaphezulu kwe-bandwidth ratios. Ngobunjineli be-flare profile obuntsonkothileyo - obusebenzisa uyilo lwe-exponential okanye olugobileyo - igcina iimpawu zemitha ezizinzileyo kuyo yonke ibhendi yayo yokusebenza.

Iingenelo eziphambili zobugcisa:

I-Multi-Octave Bandwidth: Ukusebenza okungenamthungo kwiindawo ezibanzi zefrikhwensi (umz., 1-18 GHz)
Ukusebenza kweNzuzo eZinzileyo: Ngokwesiqhelo yi-10-25 dBi kunye notshintsho oluncinci kwibhendi
Ukuhambelana kwe-Impedance ephezulu: I-VSWR ngokubanzi ingaphantsi kwe-1.5:1 kuluhlu lonke lokusebenza
Amandla aphezulu: Iyakwazi ukuphatha amakhulu eewatts zamandla aqhelekileyo

Izicelo eziphambili:

Uvavanyo kunye nokulinganisa ukuthobela i-EMC/EMI
Ukulinganiswa kunye nokulinganiswa kweradar
Iinkqubo zokulinganisa iipateni ze-antenna
Iinkqubo zonxibelelwano olubanzi kunye nemfazwe ye-elektroniki

Ubuchule be-broadband ye-antenna buyayisusa imfuneko yee-antenna ezininzi ze-narrowband kwiimeko zokuvavanya, nto leyo ephucula kakhulu ukusebenza kakuhle kokulinganisa. Ukudibanisa kwayo ukugubungela amaza amaninzi, ukusebenza okuthembekileyo, kunye nolwakhiwo oluqinileyo kwenza ukuba ibe luncedo kakhulu kuvavanyo lwe-RF lwanamhlanje kunye nokusetyenziswa kokulinganisa.