OLED是自發(fā)光顯示技術(shù)的一種,其主要是施加電流,將載子注入具發(fā)光特性的半導(dǎo)體組件,已達(dá)到發(fā)光效果的新興顯示技術(shù)。今天led顯示屏廠家迷你光電為大家整理了一份非常全面的Oled顯示屏技術(shù)資料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED結(jié)構(gòu)hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED發(fā)光原理hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
HIL: 空穴注入層hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
HTL: 空穴傳輸層hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
EML: 發(fā)光層hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
ETL: 電子傳輸層hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
EIL: 電子注入層hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED全彩方式hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
底發(fā)射和頂發(fā)射hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
三種彩色化方式比較hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
AMOLED&PMOLEDhg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
根據(jù)驅(qū)動(dòng)方式不同:根據(jù)像素電路中是否采用薄膜晶體管TFT技術(shù),可以把OLED 器件按驅(qū)動(dòng)類型不同分為AMOLED(Active Matrix OLED,有源矩陣OLED)和PMOLED(PassiveMatrix OLED,無(wú)源矩陣OLED),目前市場(chǎng)上OLED 產(chǎn)品主要以AMOLED 為主。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
AMOLED 具有TFT 陣列,像素獨(dú)立發(fā)光。AMOLED 可以獨(dú)立地控制每個(gè)像素點(diǎn)的發(fā)光情況,從而像素點(diǎn)可以連續(xù)且獨(dú)立發(fā)光,最終形成所需圖像。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
PMOLED 以掃描方式點(diǎn)亮陣列中的像素,每個(gè)像素都是操作在短脈沖模,兩者的區(qū)別主要體現(xiàn)在以下幾方面:hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(1)結(jié)構(gòu)不同,AMOLED 每個(gè)像素有多個(gè)薄膜晶體管和至少一個(gè)存儲(chǔ)電容C5,PMOLED像素由陰極和陽(yáng)極構(gòu)成,行和列的交叉部分可以發(fā)光;hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(2)驅(qū)動(dòng)方式不同,AMOLED 靜態(tài)驅(qū)動(dòng)不受掃描電極數(shù)的限制,能對(duì)每個(gè)像素獨(dú)立進(jìn)行選擇性調(diào)節(jié),PMOLED 的多路動(dòng)態(tài)驅(qū)動(dòng)受掃描電極數(shù)的限制;hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(3)AMOLED 可實(shí)現(xiàn)高亮度和高分辨率;hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(4)AMOLED 可以實(shí)現(xiàn)高效率和低功耗;hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(5)AMOLED 易于實(shí)現(xiàn)大面積顯示;hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
(6)工藝成本不同,AMOLED 驅(qū)動(dòng)電路藏于顯示屏內(nèi),更易于實(shí)現(xiàn)集成度和小型化,由于工藝上已解決外圍驅(qū)動(dòng)電路與屏的連接問(wèn)題,這在一定程度上提高了成品率和可靠性,而PMOLED 必須用COG 或者TAB 等進(jìn)行外接驅(qū)動(dòng)電路,使得器件體積增大和重量增加,實(shí)施工藝復(fù)雜。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
PMOLED工藝流程hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
AMOLED流程hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
AMOLED 后段模組組裝hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED空穴注入(HIL)材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED空穴傳輸(HTL)材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED摻雜材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED電子傳輸/發(fā)光層材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
電極材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
電子傳輸材料hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
發(fā)光光譜hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
能量傳遞hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
發(fā)光效率hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
SM-OLED 與P-OLEDhg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
根據(jù)發(fā)光材料是否為高分子, OLED 分為小分子SM-OLED(有機(jī)小分子電致發(fā)光器件)和P-OLED(有機(jī)高分子電致發(fā)光器件)。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
區(qū)別在于高分子材料不耐高溫。體現(xiàn)在制造工藝上,小分子材料主要采用真空熱蒸發(fā)工藝,其設(shè)備供應(yīng)商以日系廠商為主;高分子材料由于不耐高溫,因此主要采用旋轉(zhuǎn)涂覆或噴涂印刷工藝,設(shè)備供應(yīng)商以歐美廠商為主。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
當(dāng)前小分子材料發(fā)展較早,技術(shù)已經(jīng)達(dá)到商業(yè)化生產(chǎn)水平。高分子材料由于可采用旋涂、噴墨印刷等方法成膜,未來(lái)可極大降低顯示器件生產(chǎn)成本,但當(dāng)前該技術(shù)尚不成熟,POLED 產(chǎn)品的彩色化上仍有困難。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
當(dāng)前韓國(guó)三星和LG 研發(fā)技術(shù)較為成熟。三星主要采用“LTPS TFT 基板+RGB OLED”的技術(shù)路線,已經(jīng)在中小尺寸OLED 面板上取得很大成功,是全球中小尺寸AM-OLED 面板的主要供應(yīng)商。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
LG Display 則采用“Oxide(氧化物)基板+ 白光OLED”的技術(shù)路線,在大尺寸OLED 面板的良率上實(shí)現(xiàn)突破,并于2013 年開(kāi)始推廣大尺寸OLED 電視。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED驅(qū)動(dòng)方式hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
OLED蒸鍍hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
AMOLED中道蒸鍍與封裝:hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
當(dāng)前AMOLED 面板ITO 玻璃上有機(jī)發(fā)光層、空穴傳輸注入層、電子傳輸注入層與金屬電極均通過(guò)蒸鍍鍍膜實(shí)現(xiàn)。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
蒸鍍的對(duì)位精度是工藝一大難點(diǎn),目前依然存在良率不足與有機(jī)材料浪費(fèi)等問(wèn)題,是導(dǎo)致整個(gè)OLED 面板良率不足的關(guān)鍵,因而也是OLED 產(chǎn)線上最核心、最緊缺的設(shè)備之一。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
此外,AMOLED 有機(jī)發(fā)光材料與金屬電極極易受來(lái)自外界及內(nèi)部材料所含水汽影響而受潮氧化。為了保證顯示面板穩(wěn)定性與壽命,需要在充滿惰性氣體環(huán)境中給蒸鍍上發(fā)光層與電極的ITO 玻璃進(jìn)行玻璃、金屬、柔性聚合物、薄膜等蓋板的封裝,并在封裝體中填充吸水材料。hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED
信息來(lái)源 3qled 顯示之家hg3機(jī)械屏|開(kāi)合屏|折疊屏|升降屏|滑軌屏|旋轉(zhuǎn)屏|伸縮屏源頭廠家迷你光電-MNLED