I-DC~110GHz Single And Dual Port Probe, DC~40GHz Manual Probe

Uphenyo lwefrikhwensi yomsakazo iyithuluzi elibalulekile lokuhlola isignali yemvamisa ephezulu, elisetshenziswa kakhulu ekukaleni nasekuhlaziyeni amasekhethi kagesi, amadivaysi e-semiconductor, nezinhlelo zokuxhumana.

Izici:
1. Isilinganiso esiphezulu sokunemba: Ama-RF probe angakala ngokunembile amapharamitha amasiginali e-RF, njengefrikhwensi, ubukhulu, isigaba, njll. Umklamo wayo okhethekile kanye nenqubo yokukhiqiza iqinisekisa ukunemba nokuthembeka kwedatha yokulinganisa.
2. Ukusabela okusheshayo: Isivinini sokuphendula se-RF probes sishesha kakhulu, futhi ukukalwa kwesignali kungaqedwa ngesikhathi esifushane kakhulu, kuhlangabezane nezidingo zokuhlola okusheshayo.
3. Ukuzinza okuhle: Ngesikhathi sokusetshenziswa isikhathi eside, ukusebenza kwe-RF probe kuzinzile futhi akuthintwa kalula yimvelo noma ezinye izici zangaphandle.
4. Amandla okudlulisa amafrikhwensi aphezulu: Ama-RF probe ayakwazi ukucubungula amasignali afika emashumini e-GHz noma ngisho namafrikhwensi aphezulu, awenze afanelekele izidingo zokuhlola zamasekhethi aphezulu esimanje nezinto zokusebenza zokuxhumana.

Isicelo:
1. Ukuhlolwa kwesistimu yokuxhumana: Kusebenza ekuxhumaneni, i-radar, namasekhethi ahlanganisiwe e-RF. Isetshenziselwa ukuhlola nokuthuthukisa i-spectrum yerediyo, amandla e-RF, nokusebenza kwemodemu.
2. Ukuhlolwa kwesistimu ye-radar: Kala ukuzwela, impendulo yemvamisa, kanye nekhono lokulwa nokuphazamiseka kwesamukeli se-radar.
3. Ukuhlolwa kwesekethe okudidiyelwe kwe-RF: Hlaziya futhi wandise izici zemvamisa, ukusetshenziswa kwamandla, nokuphathwa okushisayo kwamasekhethi ahlanganisiwe.
4. Ukuhlolwa kwe-antenna: Linganisa futhi uthuthukise ukusebenza kothi.
5. Uhlelo lwempi ye-elekthronikhi: Isetshenziselwa ukuhlola nokuhlaziya ukusebenza kwe-RF kwempahla yempi ye-elekthronikhi.
6. Ukusebenza kwamasekhethi ahlanganisiwe e-microwave (ama-MMIC) namanye amadivaysi, futhi ingakala izici zangempela zezingxenye ze-RF ezingeni le-chip.