Menene Rasawar Mayar da Matsawar Kogo? Keenlion Ya Tabbatar da ≥15 dB ga Sabon Matatar Kogo ta 975-1005MHz

Lokacin da injiniyoyi suka yi tambaya "Menene asarar da aka samu na matatar rami?", da gaske suna neman garantin cewa ƙarfin sigina mai daraja ba zai koma ga tushen ba. Sabon KeenlionMatatar Kogo ta 975-1005 MHzyana amsa wannan tambayar da asarar dawowa mai mahimmanci ≥15 dB a duk faɗin fasfo ɗin, takamaiman bayani da aka tabbatar yanzu ta hanyar gwaje-gwajen vector-network-analyzer da aka gudanar a masana'antarmu mai takardar shaidar ISO-9001.

Sakamakon Aunawa

A lokacin yakin neman cancantar shiga gasar, an share na'urori 50 na samarwa na 975-1005 MHz daga 950 MHz zuwa 1050 MHz. Kowace Tace Tace Tace Ta nuna ƙimar asarar dawowa tsakanin 15.2 dB da 19.8 dB, wanda ya zarce burin ƙira na ≥15 dB cikin sauƙi. Sakamakon da aka samu ya tabbatar da cewa ramin da aka ƙera daidai da na'urar tace Tace Tace Tace da kuma resonator mai rufi da azurfa suna da kyakkyawan daidaiton juriya koda a ƙarƙashin canjin zafin jiki mai faɗi (-40 °C zuwa +85 °C).

Kyakkyawan Zane

Ana samun asarar dawowar ≥15 dB na wannan Matatar Kogo ta hanyar tsarin haɗin gwiwa mai tsauri da aka yi da hannu da kuma abubuwan da ke daidaita yumbu mai girman Q. Waɗannan fasalulluka suna rage tunani na ciki kuma suna sa Matatar Kogo ta kasance mai karko a ƙarƙashin girgiza da danshi, wanda hakan ya sa ya dace da sa ido kan girgizar ƙasa ta LF da tsarin sadarwa na ƙarƙashin ruwa.

Amfanin Masana'antu

Shekaru ashirin na Keenlionmatatar ramiKwarewa tana ba mu damar tabbatar da asarar dawowar ≥15 dB yayin da muke ba da keɓancewa cikin sauri, a aika samfuran kyauta cikin awanni 48, da kuma tallafi daga ƙarshe zuwa ƙarshe daga kwaikwayon zuwa aikin da aka yi a filin. Tsarin CNC ɗinmu mai haɗa kai tsaye yana tabbatar da farashi mai gasa da lokutan jagora kaɗan kamar kwana bakwai.

Ga duk wanda har yanzu yake mamakin "Menene asarar da matatar rami ke yi?", sabon matatar rami ta Keenlion mai ƙarfin 975-1005 MHz yana ba da ƙarfin ≥15 dB mai ƙarfi.Tuntuɓi ƙungiyar injiniyan RF ɗinmuyau don neman takaddun bayanai, samfura, ko bambance-bambancen musamman na wannan matattarar rami mai aiki mai girma.