I-868 MHz-ibhendi isetyenziswa ngokubanzi kwi-thermostats, iinkqubo zomlilo, iinkqubo zokuqhekeza, imeko, kunye ne-DIN-transceivers, kunye nenethiwekhi ye-LoraWan okanye iinkqubo ze-IoT, uthungelwano lwenzwa engenazingcingo ...
Ukuhlangabezana nemfuno yokuthengisa, kutsha nje iqela lethu le-R&D liyile ngokukhethekileyo iintlobo ezi-2 zezihluzo ze-bandpass cavity ezisebenza ukusuka kwi-864-872MHz ebanzi, enokhetho lwezisombululo zangaphakathi okanye zangaphandle.Isihluzo se-bandpass kwisisombululo sangaphakathi sincinci kakhulu sicwecwe esipeyintwe ngombala omhlophe, sinokuba neminye imibala ekhethiweyo, iparameter echanekileyo imi ngolu hlobo lulandelayo, ukugatywa okuphezulu kunye nelahleko ephantsi yokufaka, eye yavavanywa kakuhle kunye ne-spec, ixabiso. inokhuphiswano kakhulu.Kwisisombululo senethiwekhi yangaphakathi ye-868MHz, esi sihluzo somgodi sesona silungele ireferensi.
Nge-IP67 yokungangeni manzi, esi sihluzi somngxunya siqinileyo siyilelwe ngokupheleleyo ukuthwala indawo yokusebenza enzima, epeyintwe ngombala ongwevu kumthamo omncinci nawo.Ipharamitha yayo ifana nale ingasentla ngaphandle kokusebenza ngaphandle.Ezi zihluzo ziqhuba kakuhle kakhulu kubomi obude, ezinokusebenzisana ne-eriyali yenethiwekhi ye-helium.
UJingxin njengomvelisi wezihluzo zeRF angayila ezohlukeneyo ngokwezicelo zabathengi.
Amanyathelo ama-3 kuphela okusombulula iNgxaki yakho ye-RF Passive Component
1. Ukuchaza ipharamitha nguwe.
2. Ukunikezela ngesindululo sokuqinisekiswa nguJingxin.
3. Ukuvelisa iprototype yolingo nguJingxin.
Iinkcukacha ezithe vetshe zamkelekile ukuba kuthethwe ngazo nathi.
Ixesha lokuposa: Mar-22-2022
