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<br /> 应用于化合物半导体工业生产的解决方案<br /> 应用于减薄的和易损的化合物半导体基片的临时键合和键合分离技术<br /> 应用于电解质，厚胶和薄胶以及高台阶的喷涂技术<br /> 应用于器件构图和高级封装的光刻技术<br /> 应用于键合介质层转移和高级封装的晶圆键合技术<br /> <br /> 如需了解更多产品信息以及下载产品手册，敬请登录 www.evgroup.com/compoundsemi<br /> （右上角） ISSN to be assigned<br /> semiconductorTODAY<br /> 面向亚洲中文读者的化合物及先进硅半导体新闻杂志 A S I A<br /> 2015 第 4 卷第 4 期 www.semiconductor-today.com<br /> 亥姆霍兹柏林使用<br /> 纳米粒子阵列提高<br /> 了超薄 CIGS 太阳<br /> 能电池的效率<br /> 碳化硅，氮化镓和其他更宽带隙材料为功率电子提供了新的选择·<br /> 松下开发了第一支4.5W连续波蓝紫光激光器·欧司朗照明到2020年将投资30亿欧元<br /> LandMark 光电子扩大产能 20％·MACOM 同意收购光学子系统供应商 FiBest<br /> <br /> Lower Cost LEDs<br /> Faster LED Adoption<br /> Another breakthrough from Veeco. This time it’s EPIK.<br /> Introducing Veeco’s new TurboDisc® EPIK700™ GaN MOCVD system<br /> As global consumption for LED general lighting accelerates, manufacturers need bigger, better<br /> MOCVD technology solutions that increase productivity and lower manufactu<a title="Semiconductor Today Asia 2015 (4) page 1" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=1"> 应用于化合物半导体工业生产的解决方案 应用于减薄的和易损的化合物半导体基片的临时键合和键合分离</a> <a title="Semiconductor Today Asia 2015 (4) page 2" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=2"> （右上角） ISSN to be assigned semiconductorTODAY 面向亚洲</a> <a title="Semiconductor Today Asia 2015 (4) page 3" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=3"> Lower Cost LEDs Faster LED Adoption Another br</a> <a title="Semiconductor Today Asia 2015 (4) page 4" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=4"> 3 目录 contents 新闻 News 市场 Markets </a> <a title="Semiconductor Today Asia 2015 (4) page 5" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=5"> 4 社论 editorial 欢迎阅读最新一期的《今日半导体亚洲版》 欢迎阅读最新一期的今日</a> <a title="Semiconductor Today Asia 2015 (4) page 6" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=6"> 针对高亮度LED 的溅射解决方 案就在这里 想像—下有这样一台溅射设备，它能同时灵活应用于溅镀电流</a> <a title="Semiconductor Today Asia 2015 (4) page 7" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=7"> 6 新闻 news 光电器件市场以9.4％的年复合增长率增长, 到2020年增长至555亿美元 中</a> <a title="Semiconductor Today Asia 2015 (4) page 8" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=8"> 新闻：微电子 News: Microelectronics 7 东芝推出SOI-CMOS工艺</a> <a title="Semiconductor Today Asia 2015 (4) page 9" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=9"> 8 新闻：宽能隙电子产品 News: Wide-bandgap electronics 松下</a> <a title="Semiconductor Today Asia 2015 (4) page 10" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=10"> 新闻：材料与工艺设备 News: Materials and processing equip</a> <a title="Semiconductor Today Asia 2015 (4) page 11" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=11"> 10 新闻：LEDs News: LEDs 欧司朗照明到2020年将投资30亿欧元 公司在研</a> <a title="Semiconductor Today Asia 2015 (4) page 12" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=12"> 新闻：LEDs News: LEDs 11 首尔Viosys和Watersprint为孟加拉</a> <a title="Semiconductor Today Asia 2015 (4) page 13" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=13"> 12 新闻：光电子 News: Optoelectronics POET在2016年第二季度提</a> <a title="Semiconductor Today Asia 2015 (4) page 14" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=14"> 新闻：LEDs News: LEDs 13 Pick y</a> <a title="Semiconductor Today Asia 2015 (4) page 15" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=15"> 14 新闻：光通信 News: Optical communications IMEC和根特</a> <a title="Semiconductor Today Asia 2015 (4) page 16" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=16"> 新闻：LEDs News: LEDs 15 。 Choose Sem</a> <a title="Semiconductor Today Asia 2015 (4) page 17" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=17"> 16 新闻：光伏 News: Photovoltaics 亥姆霍兹柏林使用纳米粒子阵列提高了</a> <a title="Semiconductor Today Asia 2015 (4) page 18" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=18"> 新闻：光伏 News: Photovoltaics 17 中国建材破土动土中国最大的铜铟镓硒太</a> <a title="Semiconductor Today Asia 2015 (4) page 19" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=19"> 18 市场聚焦：功率半导体 砷化镓射频器件的年收入从2015年的 70亿美元再创历史新高,到20</a> <a title="Semiconductor Today Asia 2015 (4) page 20" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=20"> 市场聚焦：功率半导体 19 功率GaN器件专利动态预示着未来 市场加速 市场预计以93％的复合年</a> <a title="Semiconductor Today Asia 2015 (4) page 21" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=21"> 20 市场聚焦：功率半导体 </a> <a title="Semiconductor Today Asia 2015 (4) page 22" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=22"> 市场聚焦：功率半导体 21 图. 关键厂商</a> <a title="Semiconductor Today Asia 2015 (4) page 23" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=23"> 22 市场聚焦：功率半导体 碳化硅, 氮化镓和其他更宽带隙 材料为功率电子提供了新的选择 根据</a> <a title="Semiconductor Today Asia 2015 (4) page 24" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=24"> (CTE) 和晶格常数上的大失配。Yole 指出, 据说硅上氮化镓的主要问题已 得到解决, </a> <a title="Semiconductor Today Asia 2015 (4) page 25" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=25"> 24 技术聚焦：激光器 松下开发了第一支4.5W连续 波蓝紫光激光器 功率输出提升了1.5倍</a> <a title="Semiconductor Today Asia 2015 (4) page 26" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=26"> 技术聚焦：激光器 25 用III族氮化物激光技术解决效率骤降 基于模拟桑迪亚国家实验室的研究人</a> <a title="Semiconductor Today Asia 2015 (4) page 27" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=27"> 26 技术聚焦：LED制造 改善白光发光二极管的颜色和 改善效率骤降 研究人结合蓝色光和青色</a> <a title="Semiconductor Today Asia 2015 (4) page 28" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=28"> 技术聚焦：LED制造 27 图2. (a) CI</a> <a title="Semiconductor Today Asia 2015 (4) page 29" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=29"> 28 技术聚焦：LED制造 蓝光发光二极管的热电泵浦增强 器件在615K下在最佳区域中的操作比</a> <a title="Semiconductor Today Asia 2015 (4) page 30" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=30"> 技术聚焦：LED制造 29 </a> <a title="Semiconductor Today Asia 2015 (4) page 31" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=31"> 30 技术聚焦: LED制造 无荧光粉转换的偏振白光发光二极管 潜在的应用包括背光液晶显示器。 </a> <a title="Semiconductor Today Asia 2015 (4) page 32" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=32"> 技术聚焦: LED制造 31 </a> <a title="Semiconductor Today Asia 2015 (4) page 33" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=33"> 32 技术聚焦：光伏 氮磷化镓吸收层用于硅基太阳能 研究人员实现的效率是迄今为止磷化镓太阳能电</a> <a title="Semiconductor Today Asia 2015 (4) page 34" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=34"> 技术聚焦：光伏 33 图2. (A) 具有和</a> <a title="Semiconductor Today Asia 2015 (4) page 35" href="https://secure.viewer.zmags.com/publication/9126d8f8?page=35"> ISSN 1752-2935 (online) semiconductorTODAY COMP</a>