Ukuba ufuna i-IR ye-IR ye-LED, kufuneka uqwalasele i-IR ye-IR engama-3020, elona hlobo luqhelekileyo lwe-IR.
Ukufana ne-IR ye-IR ye-3014, i-IR ye-Ir engama-3020 iyathandwa ngenxa yesayizi encinci.
Kumandla afanayo, ukuqina kokuphuma kwe-850NM i-infrared kuya kuba yinto engaphezulu kwe-940nm enzwayo. I-Astigmatis i-infrared yeyona nto iphambili kwi-SMD, icwebekile kwaye inamandla, nto leyo eyenzeka ukuba ibe lukhetho olungcono kwi-infrared yokufumana i-infrared, i-supeper, yayamkela.
Sivelisa kwaye sithengise i-3020 smd ir i-IR, enamaza avela kwi-680nm-1550nm. Kweli nqanaba, singenise iindidi ezimbini ze-lavelength: 3020 i-940nm ir i-IR kunye ne-3020 ye-LUP ye-850NM i-IR. La maWavength amabini awona manyathelo asetyenziswayo asetyenziswayo asetyenziswayo kuvavanyo lwe-infrared. Zonke zinokusetyenziselwa ukubeka iliso kwiimveliso.
I-940nm ye-infrared i-infrared ayibonakali ngokupheleleyo kwiliso lakho, oko kuthetha ukuba awunakubona ukuba i-90nm isebenza okanye ayisebenzi. Ngaphandle kokuba uyibukele ngesixhobo esithile (njengekhamera yefowuni), eya kubonisa ukukhanya kwemipu okanye emhlophe.
I-850NM i-infrared ye-infrared inombala obomvu kakhulu xa usebenza, oko kuthetha ukuba uyayibona ukuba i-80NM isebenza.
Ngaphantsi kwamandla afanayo, ukuqina kwemitha ye-80mm kuya kuba phezulu kune-940nm. Ewe, i-940NM ikwanazo neengenelo zayo ezizodwa. Ngaba iliso eliphakathi elingumntu ongaqinisekanga emsebenzini okanye emsebenzini, ke, isicelo sayo sisetyenziswe ngokubanzi kwiimarike ezininzi ezikhethekileyo kule nqanaba mihla le.
Sinikezela nge-RMDM ye-300NM i-IR kunye ne-3020,20NM i-IR SMD i-IR ye-Ir i-IR ye-IR ye-IR ye-LED, i-0.14W i-940NM, 0.4W i-940NM, i-0.14W 640NM, i-0.30N 850NM, I-0.4W 850NM njalo njalo.
