Iphenya i-Rf microwave midlimeter mm racialial raxial frequency

1. I-RF Circuit Test:
Ama-millimeter wave kungenzeka axhunywe endaweni yokuhlola yesifunda se-RF, ngokulinganisa i-amplituity, isigaba, imvamisa, imvamisa namanye amapharamitha wesiginali ukuze akwazi ukuhlola ukusebenza nokuqina kwesifunda nokuqina kwesifunda nokuzinza. Ingasetshenziswa ukuvivinya amandla we-RF
2. Ukuhlolwa kohlelo lokuxhumana okungenantambo:
I-Radio Frequency Prolo ingasetshenziswa ukuvivinya amadivaysi okuxhumana ngaphandle kwe-wireless, njengezingcingo eziphathwayo, ama-routers we-wi-fi, amadivaysi e-Bluetooth, njll ngokuxhumanisa amandla we-MM-Wave ku-Antenmis, kanye nokuphakanyiswa imvamisa, futhi ukuphambuka imvamisa kungalinganiswa ukuze kuhlolwe ukusebenza kwensiza nokwenza kahle.
3. I-RF Antenna Test:
Uphenyo lweCoaxial lungasetshenziswa ukukala izici zemisebe ye-antenna nokufakwa kokufaka. Ngokuthinta uphenyo ngesakhiwo se-antenna, i-antenna's VSWR (isilinganiso se-Voltage Stave Ratio), imodi yemisebe, inzuzo namanye amapharamitha ingalinganiswa ukuze kuhlolwe ukusebenza kwe-antenna nokwenza kahle.
4. I-RF Signal Monitoring:
Ukuphenywa kwe-RF kungasetshenziswa ukuqapha ukuhanjiswa kwezimpawu ze-RF ohlelweni. Ingasetshenziswa ukuthola i-attenuation yesiginali, ukuphazamiseka, ukuboniswa nezinye izinkinga, kusiza ukuthola nokuthola amaphutha ohlelweni, nokuqondisa umsebenzi wokugcina kanye nokwenza iphutha.
I-5. Ukuhambisana kwe-electromagnetic ukuhambisana (EMC):
Izingcweti zemvamisa ephezulu zingasetshenziswa ukwenza izivivinyo ze-EMC ukuhlola ukuzwela kwamadivayisi we-elekthronikhi ekuphazanyisweni kwe-RF endaweni ezungezile. Ngokubeka uphenyo lwe-RF eduze kwensiza, kungenzeka ukukala impendulo yedivayisi kumasimu we-RF angaphandle futhi uhlole ukusebenza kwayo kwe-EMC.