Eriya Mai Lokaci-lokaci Nau'in Gain 6dBi, Mita 0.03-3GHz RM-LPA0033-6

Eriya Mai Lokaci-lokaci Nau'in Gain 6dBi, 0.03-3GHz Mita Mai Sauri RM-LPA0033-6 Hoton da aka Fito

Takaitaccen Bayani:

Tsarin RF MISO RM-LPA0033-6 eriya ce ta lokaci-lokaci wacce ke aiki daga 0.03 zuwa 3 GHz, Eriya tana ba da ribar 6dBi ta yau da kullun. Eriya VSWR ba ta wuce 2:1 ba. Tashoshin RF na eriya suna da haɗin N-Female. Ana iya amfani da eriya sosai a cikin gano EMI, daidaitawa, leƙen asiri, samun eriya da auna tsari da sauran filayen aikace-aikace.

Tuntube Mu Sami Takardar Bayanan Samfura

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ILIMIN ERINYA

Alamun Samfura

Bayani dalla-dalla

RM-LPA0033-6
Sigogi	Bayani dalla-dalla	Raka'a
Mita Tsakanin Mita	0.03-3	GHz
Riba	6 Nau'i.	dBi
VSWR	2 Nau'i.
Rarrabuwa	Mai layi-polarized
Mai haɗawa	N-Mace
Girman (LWH)	17651452.391412.81(±5)	mm
Nauyi	3,797	kg
Gudanar da Wutar Lantarki, CW	300	w
Gudanar da Wutar Lantarki, Kololuwa	3000	w

Na baya: Eriya Mai Biconical 4 dBi Nau'in Gain, 24-28GHz Mita Mai Sauri RM-BCA2428-4

Na gaba: Eriya Mai Karkace-karkace ta Log 3.6dBi Nau'in Gain, 1-12 GHz Mita Mai Sauri RM-LSA112-4R

Eriya mai tsawon lokaci ta log-periodic eriya ce ta musamman wacce aikin wutar lantarki, kamar su impedance da tsarin radiation, ke maimaitawa lokaci-lokaci tare da logarithm na mitar. Tsarinta na gargajiya ya ƙunshi jerin abubuwan dipole na ƙarfe masu tsayi daban-daban, waɗanda aka haɗa su da layin ciyarwa, suna samar da tsarin geometric wanda yake kama da ƙashin kifi.

Ka'idar aiki ta dogara ne akan ra'ayin "yankin aiki". A wani takamaiman mitar aiki, ƙungiyar abubuwa ne kawai waɗanda tsayinsu kusa da rabin-wavelength ne ke da ƙarfin aiki kuma suna da alhakin babban hasken radiation. Yayin da mitar ke canzawa, wannan yanki mai aiki yana tafiya tare da tsarin eriya, yana ba da damar yin aiki mai faɗi.

Babban fa'idar wannan eriya ita ce faɗin bandwidth ɗinta, wanda galibi yana kaiwa 10:1 ko fiye, tare da ingantaccen aiki a cikin band ɗin. Babban rashin kyawunsa shine tsari mai rikitarwa da kuma matsakaicin riba. Ana amfani da shi sosai a cikin karɓar talabijin, sa ido kan bakan band, gwajin Electromagnetic Compatibility (EMC), da tsarin sadarwa da ke buƙatar aiki da band mai faɗi.