Kamfanin Ningbo Deamakkamfani ne da ya kware wajen kerawa da samar da fitilun dare masu hankali. Ana amfani da fasahar tushen hasken COB a wasu samfuran kamfanin.
Madogarar hasken COB shine babban ƙarfin haɗaɗɗen tushen hasken saman. Yana da wani babban haske yadda ya dace hadedde saman haske tushen fasahar cewa kai tsaye manna THE LED guntu a kan madubi karfe substrate tare da high nuna kudi. Wannan fasaha ta kawar da manufar sashi kuma ba ta da electroplating, reflow waldi da tsarin SMT, don haka tsarin yana raguwa da kusan kashi ɗaya bisa uku kuma ana adana farashin da kashi ɗaya bisa uku.
Za a iya tsara tushen hasken COB bisa ga tsarin siffar samfurin yankin hasken haske da girmansa.
Siffofin samfur: arha, dacewa
kwanciyar hankali na lantarki, ƙirar kewayawa, ƙirar gani, ƙirar ƙetare zafi na kimiyya da ma'ana;
An karɓi fasahar nutsewar zafi don tabbatar da cewa LED yana da ƙimar riƙewar lumen mai zafi na masana'antu (95%).
Ya dace don daidaitawar gani na biyu na samfurin kuma yana inganta ingancin haske.
Nunin launi mai girma, haske iri ɗaya, babu tabo mai haske, lafiya da kariyar muhalli.
Sauƙaƙan shigarwa, mai sauƙin amfani, rage wahalar ƙirar fitila, adana sarrafa fitilun da farashin kulawa na gaba.
Akwai manyan nau'ikan fasahar Chip guda biyu: fasahar COB da fasahar Flip Chip. Chip on board packaging (COB), semiconductor guntu handover da aka makala a PRINTED da'irar, guntu da substrate haɗin lantarki ana samun su ta hanyar suturen gubar, kuma an rufe shi da guduro don tabbatar da dogaro.
Tsarin Chip On Board (COB) shine don rufe wurin sanya wafer siliki tare da resin epoxy na thermally (gabaɗaya azurfa doped epoxy resin) A saman ma'aunin, sannan sanya wafer silicon kai tsaye A saman ma'aunin, zafi magani har sai da silicon wafer da aka gyarawa a kan substrate. Sannan ana amfani da waldar waya don kafa haɗin wutar lantarki kai tsaye tsakanin wafern siliki da abin da ake amfani da shi.
Idan kana son ƙarin sani game da samfuranmu, da fatan za a ziyarci gidan yanar gizon mu:www.deamak.com
Lokacin aikawa: Mayu-04-2022