Buyintoni uBudlelwane phakathi kweMilo yeBeads kunye noMbane ongatshintshiyo we-LED Lamp LED Amaso

Ubudlelwane phakathi kwezibane zesibane se-LED kunye nombane we-static isetyenziswe kwi-PN edibeneyo ngaphakathi kweentsimbi zesibane se-LED ukwenza, ukudibanisa kunye nesikrini, uvavanyo, ukupakishwa, ukugcinwa, ukuthutha, kunye nokufakwa kunye nokusetyenziswa kweemveliso ze-elektroniki. Ukukhutshwa phakathi kwee-electrode ezimbini ze-chip yesibane se-LED ngexesha elifutshane kakhulu (i-nan yesibini yesibini-yesibini), kunye ne-conductive layer kunye nomaleko olukhanyayo lwamaleko okukhanyisa phakathi kwee-electrode ezimbini (apho ukuxhathisa kuncinci) kuya kuba ngoko nangoko. Izinto zangaphakathi ngaphakathi kwitshiphu zivelisa ubushushu obuphezulu bendawo, kwaye iqondo lobushushu liphezulu njenge-1400 C. Obu bushushu buphezulu kakhulu bunyibilikisa umaleko wezinto phakathi kwee-electrode ezimbini kwaye inyibilike ibe ngumngxuma omncinci, oya kubangela isenzeko esingaqhelekanga seentlobo ezahlukeneyo zokuvuza, ukufa, kunye nobumnyama. amashishini ezahlukeneyo, iinkqubo umahluko, izinto substrate umahluko, uyilo ezahlukeneyo kunye nokuvelisa isibane LED chip chip anti -static nayo yahluke kakhulu. Namhlanje, ukuphakama kombane we-anti-static kwimarike kwahluke kakhulu, kwaye uphawu lwentlanzi luxubeneyo. Ukuba umrhumo awukhutshwanga ngexesha elifanelekileyo, umahluko ophezulu onokuthi wenzeke kwii-electrode ezimbini ziya kwenziwa. Xa amandla okuhlawula afikelela kumda weentsimbi zesibane se-LED (eli lixabiso le-anticoigators yesibane sesibane se-LED), intlawulo iya kuba ngokukhawuleza ngokukhawuleza ikhululwe. Nje ukuba ishishini lidibane nobuthuntu bezibane zezibane ze-LED, ukuvuza kokukhanya kwezibane kumnyama, kwaye kuya kuhlala kungumbhodamo ukomeleza ulawulo lwe-electrostatic kwiworkshop yemveliso, njengokubeka umhlaba, ukubeka iicushion zikanomathotholo ezingatshintshiyo, i-ionic fan, njl. Indlela, umbane ongatshintshiyo ukuyo yonke indawo, kunokuthiwa; Ngenxa yokuba isalathiso se-anti-static sesibane se-LED esisetyenzisiweyo siphantsi, siyafana nosana olusandul 'ukuzalwa olusempilweni oluphiliswa kusuku olulandelayo. I-anti-static bump yesibane sesibane se-LED ayinanto yakwenza nokupakishwa kwamaso wesibane se-LED, kuxhomekeke kwi-chip ngokwayo. Ezinye iinkampani zamkela ukongezwa kokongezwa kwe-Qina diode ukukhusela. Le yindlela yokulungisa isetyenziswe kwinqanaba lokuqala. Ngoku, inkqubo ye-chips ye-LED yesibane iqhubekile nokuphucula. Ukukhetha kwenkampani amaso isibane LED (iitshiphusi) kunye nezalathisi eziphezulu antistatic (iitshiphusi) uya kuba nako ukusombulula ngokupheleleyo isiphithiphithi umgangatho ezifana ukuvuza kunye nokufa amaso isibane LED ukusuka kumbane static, kuba LED amaso isibane eliphezulu anti-static umbane unako. Ukuziqhelanisa neendawo ezahlukeneyo Umzekelo, amaso isibane LED ngaphezu 2000V, kwaye unokufumana ngokubanzi umbane static phantsi kokusingqongileyo eqhelekileyo. Amaso isibane se-LED ngaphezulu kwe-3000V inokubekwa ngonaphakade kwindawo apho ulawulo lwe-electrostatic aluzimiselanga ukomeleza ulawulo lwe-electrostatic. Inqaku livela kwiintsimbi zesibane se-LED http://.