新款VLM.334系列LED在Vishay的V L M.31系列基础上进行了大幅改进,可搭配更大尺寸的芯片,能够承受70mA的驱动电流。VLM.334 LED通过AEC-Q101认证,有大红、红色、橙黄和黄色,可用于各种各样的应用,包括交通信号灯和指示灯、室内外照明、...新款VLM.334系列LED在Vishay的V L M.31系列基础上进行了大幅改进,可搭配更大尺寸的芯片,能够承受70mA的驱动电流。VLM.334 LED通过AEC-Q101认证,有大红、红色、橙黄和黄色,可用于各种各样的应用,包括交通信号灯和指示灯、室内外照明、汽车仪表板照明、音视频设备的指示灯和控制灯、LCD开关和功能标识、灯箱广告,以及其他用途的众多应用。展开更多
Y2002-63070-56 0206041动态位级可收缩阵列开关级模拟用的门识别与网表简化=Gate recognition and netlist reduction for switch-lev-el simulation of dynamic bit-level systolic arrays[会,英]/Blotti,A.& Mannozzi,F.//2001 S...Y2002-63070-56 0206041动态位级可收缩阵列开关级模拟用的门识别与网表简化=Gate recognition and netlist reduction for switch-lev-el simulation of dynamic bit-level systolic arrays[会,英]/Blotti,A.& Mannozzi,F.//2001 Southwest Sympo-sium on Mixed-Signal Design.—56～60(PE)展开更多
We fabricated organic light-emitting diodes （OLEDs） with the thermally activated delayed fluorescence （TADF） mate- rial of 4CzlPN, Which show better stability compared with the 4,4＇-Bis（carbazol-9-yl）biphenyl ...We fabricated organic light-emitting diodes （OLEDs） with the thermally activated delayed fluorescence （TADF） mate- rial of 4CzlPN, Which show better stability compared with the 4,4＇-Bis（carbazol-9-yl）biphenyl （CBP） based devices. The half lifetime of the device using 4CzlPN as host material has doubled, and a slower voltage rise compared with that of CBP-based devices has been achieved, which indicates the improvement of stability. We attribute the better sta- bility to the good film morphology and difficult crystallization property of 4CzlPN. Our results suggest that employing the 4CzlPN as host material can be a promising way of fabricating OLEDs with longer operation lifetime.展开更多
文摘新款VLM.334系列LED在Vishay的V L M.31系列基础上进行了大幅改进,可搭配更大尺寸的芯片,能够承受70mA的驱动电流。VLM.334 LED通过AEC-Q101认证,有大红、红色、橙黄和黄色,可用于各种各样的应用,包括交通信号灯和指示灯、室内外照明、汽车仪表板照明、音视频设备的指示灯和控制灯、LCD开关和功能标识、灯箱广告,以及其他用途的众多应用。
文摘Y2002-63070-56 0206041动态位级可收缩阵列开关级模拟用的门识别与网表简化=Gate recognition and netlist reduction for switch-lev-el simulation of dynamic bit-level systolic arrays[会,英]/Blotti,A.& Mannozzi,F.//2001 Southwest Sympo-sium on Mixed-Signal Design.—56～60(PE)
基金supported by the National High Technology Research and Development Program of China(No.2012AA011901)the National Basic Research Program of China(No.2012CB723406)+2 种基金the National Natural Science Foundation of China(No.51573036)the Fundamental Research Funds for the Central Universities of China(No.JD2016JGPY0007)the Industry-University-Research Cooperation Project of Aviation Industry Corporation of China(No.CXY2013HFGD20)
文摘We fabricated organic light-emitting diodes （OLEDs） with the thermally activated delayed fluorescence （TADF） mate- rial of 4CzlPN, Which show better stability compared with the 4,4＇-Bis（carbazol-9-yl）biphenyl （CBP） based devices. The half lifetime of the device using 4CzlPN as host material has doubled, and a slower voltage rise compared with that of CBP-based devices has been achieved, which indicates the improvement of stability. We attribute the better sta- bility to the good film morphology and difficult crystallization property of 4CzlPN. Our results suggest that employing the 4CzlPN as host material can be a promising way of fabricating OLEDs with longer operation lifetime.
