Inkqubo eSisiseko yokuFakela ibhanti yesibane yesibane seModyuli yoMthombo wokukhanya kwe-LED

1. Imodyuli yomthombo wokukhanya we-LED yesibane isibane sebhendi indlela yocingo (indlela yoqhagamshelo lwamandla) iqhele ukunje. Ngenxa yokuba amandla ombane ngokubanzi yi-DC 12V, kuyafuneka ukuba kusetyenziswe umbane otshintshayo ukunika amandla. Ubungakanani bonikezelo lwamandla bumiselwa ngokwamandla kunye nobude boqhagamshelwano lwemodyuli ye-LED yomthombo wokukhanya wokukhanya band. 2. Ngokuqinisekileyo, ukufakwa kwebhanti yesibane somthombo wokukhanya kwemodyuli ye-LED kugxininise ngakumbi ukuba ingaba ukusebenza kwamanzi kunye nokufakwa kuqinile. Ngenxa yokuba ibhanti yesibane yemodyuli ye-LED idla ngokumelana nomoya kunye nemvula. Ukuba igxininiswe ngeglue ye-3M, iya kubangela ukunamathela kwe-3M ukunciphisa ixesha lebhanti yesibane somthombo wesibane semodyuli ye-LED. Ngoko ke, ukulungiswa kwe-slot yekhadi kusetyenziswa rhoqo ngexesha lofakelo. Idinga ukunqunyulwa kwaye idibaniswe. Kufuneka kuphela ukulungiselela enye iglue engenamanzi ukuze idibanise umphumo wokungangeni kwamanzi kwindawo yokudibanisa. Emva koko sebenzisa ikhadi elikhethekileyo elimiselweyo ukulungisa amehlo ngehamile yombane, kwaye usebenzise ityhubhu yeplastiki yokubhobhoza ukongeza izikrufu ukulungisa ikhadi. Oku kunokuqina emoyeni nakwimozulu yemvula emoyeni nasemvuleni. 3. Ukuba ufuna ukusebenzisa unikezelo lwamandla amakhulu ukuqonda umphumo oguqukayo webhanti yesibane somthombo wokukhanya we-LED yesibane somthombo wokukhanya, uncedo lomlawuli ludinga. Ngexesha le-wiring, ibhanti yesibane ngokubanzi i-anode eqhelekileyo, oko kukuthi, enye kwibhanti yesibane yi-12V, kwaye ezinye zizo zonke izibonda ezintathu ezingalunganga ze-RGB, oku kuthetha ukuba umgama wolawulo womlawuli ngamnye uhlukile. Ngokuqhelekileyo, umgama wokulawula umlawuli olula ngu-10-15m, umgama wokulawula umlawuli okude ngu-15-20m, kwaye ixesha elide linokulawulwa ukuya kwi-30m umgama. Ukuba umgama wokuqhagamshelwa kwebhanti yesibane semodyuli ye-LED ubude, kwaye umlawuli akakwazi ukulawula ibhanti yesibane esinjalo, kufuneka sisebenzise i-amplifier yamandla ukuhlukana. Apha sifuna isayensi kunye nawe. Ibhanti yokukhanya yemodyuli ye-3528 eqhelekileyo isetyenziswa ngokubanzi yi-20m, imodyuli ye-5050 yebhanti yomthombo wokukhanya wemodyuli ye-5050, umgama wokudibanisa ubude yi-15m. Ukuba lo mgama wokudibanisa ugqithisiwe, ke ibhanti yokukhanya kulula ukutshisa kwaye ishushu. Ngexesha lenkqubo yokusetyenziswa, iya kuchaphazela ubomi benkonzo yebhanti yesibane somthombo wesibane semodyuli ye-LED. 4. Indlela ye-wiring ye-modyuli ye-modyuli ye-LED yomthombo wokukhanya we-modyuli kukwahlula i-electrodes efanelekileyo kunye nembi. Ngokuqhelekileyo, kufuneka silungiselele iplagi yamandla e-welding, kwaye emva koko siyifake ngokuthe ngqo kwindawo yombane webhanti yokukhanya. Ukuba ibhanti yesibane yomthombo wokukhanya weqela ilawulwa ngumbane, ungathenga unikezelo lwamandla okutshintsha okukhulu njengonikezelo lwamandla lulonke, uze uqhagamshele zonke iibhanti zesibane kwimodyuli ye-LED ngokunxuseneyo. Oku kunokufezekisa umphumo wolawulo oluphakathi, kodwa alunako ukufezekisa umphumo wokukhanyisa kunye nokutshintsha ulawulo lwebhanti yokukhanya kwemodyuli ye-LED enye.