N isinxibelelanisi amandla aphezulu SPNT RF iswitshi
Uhlobo
● Amandla aphezulu we-SPNT coaxial switch
● Amaxesha okusebenza: DC-12.4GHz/18GHz
● Isixhumi se-RF: Uhlobo lwe-Female N / SC
● Ukucamngca
Ukusebenza kweRF
Ukuzihlukanisa okuphezulu: kukhulu kune-80 dB kwi-6GHz, enkulu kune-70dB kwi-12.4GHz;
I-VSWR ephantsi: ngaphantsi kwe-1.3 kwi-6GHz, ngaphantsi kwe-1.5 kwi-12.4GHz;
Ngaphantsi kwe-Ins.Ngaphantsi: ngaphantsi kwe-0.3dB kwi-6GHz, ngaphantsi kwe-0.5dB kwi-12.4GHz.
Uzinzo lwe-RF retest kunye nobomi obude benkonzo
Ukufakwa kwelahleko yokuphinda ukuzinza kovavanyo: 0.02dB kwi-6GHz, 0.03dB kwi-12.4GHz;
Qinisekisa izigidi ezi-2 zomjikelo wobomi (ijelo elinye lesangqa izihlandlo ezizigidi ezi-2).
Umgaqo osebenzayo wokutshintsha kweRF
1. Ukutshintsha kwenqanaba lokungeniswa kweRF kusebenzisa i-terminal emithathu ye-Cote - Shield iteknoloji ukuphelisa impembelelo yezinto ezinamathele kwi-electrode yokufumanisa kwimpembelelo yokulawula.Umqondiso ophezulu wefrikhwensi owenziwe kwisekethe ye-elektroniki uthunyelwa ngokuthe ngqo kwi-electrode yokubona kwelinye icala nakwi-anti adhesion ekhusela umkhono ngomlandeli wombane weRF kwelinye.Ubungakanani bayo kunye nesigaba zifana nesignali eyongeziweyo kwintonga yeprobe.Xa izinto eziphathekayo zihambelana ne-probe, i-capacitance yenziwe phakathi komkhono wokukhusela kunye nodonga lomgqomo, ngoko ke isibonakaliso esiphezulu se-frequency esongezwa kwi-sleeve yokukhusela siya kuhlutha amandla, ukwenzela ukuba isignali ye-high-frequency kwi-probe ayikwazi ukungena ngaphakathi. udonga lwesikhongozeli ngokusebenzisa umaleko ancamatheleyo.Xa isixa esikhulu semathiriyeli kwisikhongozeli sidibana neprobe, umsinga okhoyo kwiprobe uya kudlula indawo yokugcwala kwaye uqukuqelele eludongeni lwesikhongozeli, ngaloo ndlela uvelisa umqondiso wobukho bemathiriyeli.
2. Ukutshintsha kwenqanaba lokungeniswa kweRF kusebenzisa itekhnoloji yohlobo oluphezulu ukuvelisa isignali yamandla amancinane eRF kwiprobe evela kwisekethe ye-elektroniki, kwaye uphononongo lusebenza njengesixhobo sokuva ukubuyisela umva utshintsho lwesignali olubangelwa kukuguquguquka kwedielectric kwinqanaba ukuya kwisixhobo sombane. isekethe ye-elektroniki;Ngenxa yokuba olu tshintsho lubandakanya utshintsho lwe-capacitance kunye ne-conductance, i-electronic circuit circuit i-reactance (uphawu lotshintsho olubanzi lwe-capacitive reactance kunye ne-impedance) uphawu.
3. Ukutshintshwa kwe-reactance kubangela ukutshintshwa kwesigaba somqondiso we-high-frequency on pole.Ngoko ke, umahluko wesigaba phakathi kwesiginali ye-high-frequency kwi-pole kunye ne-reference signal kwi-electronic circuit iphinda itshintshe.Emva kokuba utshintsho lucutshungulwe, isekethe yokukhupha i-drive ithumela isignali ye-alarm ukubona ukuba kukho izinto eziphathekayo kwi-silo.