Eriya mai siffar 30dBi, Mitar Mita 10-14.5GHz RM-PA10145-30

Eriya Mai Lanƙwasa 30dBi Nau'in Gain, 10-14.5GHz Mita Mai Sauri RM-PA10145-30 Hoton da aka Fito

Takaitaccen Bayani:

Tuntube Mu Sami Takardar Bayanan Samfura

Cikakken Bayani game da Samfurin

Ilimin Eriya

Alamun Samfura

Siffofi

● Babban keɓancewa da ƙarancin rarrabuwar kawuna

● Ƙananan siffofi da nauyi

● Ingantaccen buɗewa mai ƙarfi

● Tashar tauraron dan adam ta duniya (ma'ajiyar X, Ku, Ka da Q/V)

● Buɗewar gama gari mai yawan mita da yawa da kuma polarization

Bayani dalla-dalla

Sigogi	Na yau da kullun	Raka'a
Mita Tsakanin Mita	10-14.5	GHz
Riba	30 Nau'i.	dBi
VSWR	<1.5
Rarrabuwa	Bilayi orthogonal Da'ira mai zagaye biyu(RHCP, LHCP)
Rarraba Tsakanin Ƙasashe Isolation	>50	dB
Flange	WR-75
3dB Beamwidth E-Plane	4.2334
3dB Beamwidth H-Plane	5.6814
Matakan Lobe na Gefe	-12.5	dB
Sarrafawa	VacuumBfashewa
Kayan Aiki	Al
Girman	288 x 223.246.05(LW*H)	mm
Nauyi	0.25	Kg

Na baya: Eriya mai jagorar raƙuman ruwa mai rami 22dBi Nau'in Gain, 9-10GHz Tsarin Mita Gyara RM-SWA910-22

Na gaba: Eriya Mai Ƙaho Na Gain Standard 10dBi Type, Gain, 12-18GHz Mita Mai Sauri RM-SGHA1218-10

Eriya mai faɗi tana nufin nau'in eriya waɗanda tsarin haskensu aka ƙera shi a kan jirgin sama mai girma biyu. Wannan ya bambanta da eriya masu girma uku na gargajiya kamar su parabolic dishes ko ƙahoni. Misali mafi yawan gaske shine eriya mai facin microstrip, amma rukunin ya haɗa da monopoles da aka buga, eriya mai rami, da sauransu.

Muhimman halayen waɗannan eriya sune ƙarancin yanayinsu, nauyinsu mai sauƙi, sauƙin ƙera su, da kuma haɗa su da allunan da'ira. Suna aiki ta hanyar takamaiman yanayin wutar lantarki masu ban sha'awa akan na'urar sarrafa ƙarfe mai faɗi, wanda ke samar da filin haskakawa. Ta hanyar canza siffar facin (misali, murabba'i mai kusurwa huɗu, zagaye) da hanyar ciyarwa, ana iya sarrafa mitar amsawarsu, rarrabuwar ra'ayi, da tsarin hasken rana.

Babban fa'idodin eriya masu siffar planar sune ƙarancin farashi, ƙarancin tsari, dacewa da yawan samar da kayayyaki, da kuma sauƙin tsara su zuwa jeri. Babban rashin amfanin su shine ƙarancin bandwidth, ƙarancin riba, da ƙarfin sarrafa wutar lantarki. Ana amfani da su sosai a cikin na'urori marasa waya na zamani kamar wayoyin komai da ruwanka, na'urorin sadarwa, na'urorin GPS, da alamun RFID.