Binciken Gwajin Wafer na Ƙarƙashin Ƙarƙashin Saka RF

1. Gwajin kewayawa RF:
Ana iya haɗa binciken RF zuwa wurin gwaji na da'irar RF, ta hanyar auna girman girman, lokaci, mita da sauran sigogin siginar don kimanta aiki da kwanciyar hankali na kewaye. Ana iya amfani da shi don gwada amplifier RF, tacewa, mahaɗa, amplifier da sauran da'irori na RF.
2. Gwajin tsarin sadarwa mara waya:
Ana iya amfani da binciken RF don gwada na'urorin sadarwar mara waya, kamar wayoyin hannu, masu amfani da hanyar sadarwa ta Wi-Fi, na'urorin Bluetooth, da sauransu. Ta hanyar haɗa binciken RF zuwa tashar tashar eriya ta na'urar, sigogi kamar watsa wutar lantarki, karɓar hankali, da mita. za a iya auna karkacewa don kimanta aikin na'urar da jagorar gyara tsarin da ingantawa.
3. Gwajin eriya ta RF:
Ana iya amfani da binciken RF don auna halayen radiation na eriya da abin shigar da shi. Ta hanyar taɓa binciken RF zuwa tsarin eriya, ana iya auna VSWR na eriya (tsayin igiyoyin wutar lantarki), yanayin radiation, riba da sauran sigogi don kimanta aikin eriya da aiwatar da ƙirar eriya da haɓakawa.
4. Sa ido kan siginar RF:
Ana iya amfani da binciken RF don saka idanu akan watsa siginar RF a cikin tsarin. Ana iya amfani da shi don gano ƙaddamar da siginar sigina, tsangwama, tunani da sauran matsalolin, taimakawa ganowa da gano kuskure a cikin tsarin, da kuma jagorancin aikin kulawa da gyara daidai.
5. Gwajin dacewa da lantarki (EMC):
Ana iya amfani da binciken RF don yin gwajin EMC don tantance hankalin na'urorin lantarki zuwa tsoma bakin RF a cikin mahallin da ke kewaye. Ta hanyar sanya binciken RF kusa da na'urar, ana iya auna martanin na'urar zuwa filayen RF na waje da kimanta aikinta na EMC.