AbakwaSamsung bayaqhubeka nokumba esihlokweni sokukhanyisa kwe-LED izitshalo ezikhulayo ezindlini nasezindlini zokugcina izithombo. Ekukhanyeni, ama-LED anganciphisa kakhulu izindleko zokukhokha izikweletu zikagesi, futhi anikeze i-spectrum edingekayo ekukhuleni kwezitshalo, kuye ngokuthi isigaba senkathi yokukhula. Ngaphezu kwalokho, ukukhanya kwe-LED kuvula indlela eya kulokho okubizwa ngokuthi lapho ama-rack anezitshalo ehlelwa ngama-tiers. Lona umkhuba omusha ekukhuleni kwemifino, othembisa amathuba amaningi amasha, kusukela ekulondolozeni indawo kuya emandleni okuthuthukisa ipulazi cishe kunoma iyiphi indawo evalekile, kusukela efulethini kuya ehhovisi kanye nama-hangars e-warehouse.
Ukuhlela ukukhanyisa kwe-LED kwezitshalo, i-Samsung ikhiqiza amamojula ahlanganisiwe. Namuhla inkampani ukuthi ilungiselele izixazululo ezintsha ngokukhula kahle kokukhiqizwa kwe-photon. Amamojula e-LM301H anobude obungamaza obungu-5000K (ukukhanya okumhlophe) adla u-65 mA futhi ahlukaniswa njengezixazululo zamandla aphakathi nendawo. Ama-LED amasha kumamojula manje ayakwazi ukukhipha ukukhanya ngokusebenza kahle kwama-micromoles angu-3,1 ngejoule ngayinye. Ngokusho kwabakwaSamsung, lawa ama-LED asebenza kahle kakhulu ekilasini lawo.
Ngokwandisa ukuminyana kwe-photon yama-LED, i-luminaire ngayinye ingasebenzisa ama-LED ambalwa angu-30%, ilondoloze izindleko zokukhanyisa ngaphandle kokudela ukusebenza ngokuqhathaniswa namamojula adlule. Uma usebenzisa inombolo efanayo yama-LED, ukusebenza kahle kokukhanyisa kwezibani kungandiswa okungenani ngo-4%, okuzoholela ekongeni ekusetshenzisweni noma ukuthuthukisa ukukhula kwezitshalo.
I-LED ngayinye ikala u-3 × 3 mm. Ukusebenza kahle kwemisebe kuyanda ngenxa yokwakheka okusha kwesendlalelo esiguqula ugesi ube ama-photon. Idizayini ye-LED nayo ithuthukisiwe ukuze kuncishiswe ukulahleka kwe-photon ngaphakathi kwe-LED.
Source: 3dnews.ru