电子与封装
電子與封裝
전자여봉장
EIECTRONICS AND PACKAGING
2013年
9期
35-39
,共5页
集成电路制造%圆片级可靠性%金属电迁移%热载流子
集成電路製造%圓片級可靠性%金屬電遷移%熱載流子
집성전로제조%원편급가고성%금속전천이%열재류자
IC manufacture%wafer level reliability%electrical migration of metal%hot carrier
论文提出了0.5μm CMOS工艺圆片级可靠性(WLR)评估的方法,为工艺、电路可靠性提高和及时在线控制开拓了新思路。论文针对0.5μm工艺中金属电迁移以及器件热载流子等失效项,分别给出了相关内容的工艺物理机理、测试结构、测试方法和结果。测试得出单一电迁移失效、热载流子失效寿命可以达到1×109数量级(几十年),初步实现了工艺可靠性的在线监控。
論文提齣瞭0.5μm CMOS工藝圓片級可靠性(WLR)評估的方法,為工藝、電路可靠性提高和及時在線控製開拓瞭新思路。論文針對0.5μm工藝中金屬電遷移以及器件熱載流子等失效項,分彆給齣瞭相關內容的工藝物理機理、測試結構、測試方法和結果。測試得齣單一電遷移失效、熱載流子失效壽命可以達到1×109數量級(幾十年),初步實現瞭工藝可靠性的在線鑑控。
논문제출료0.5μm CMOS공예원편급가고성(WLR)평고적방법,위공예、전로가고성제고화급시재선공제개탁료신사로。논문침대0.5μm공예중금속전천이이급기건열재류자등실효항,분별급출료상관내용적공예물리궤리、측시결구、측시방법화결과。측시득출단일전천이실효、열재류자실효수명가이체도1×109수량급(궤십년),초보실현료공예가고성적재선감공。
This article illustrates the wafer level reliability evaluation method of 0.5 μm CMOS process, gives an innovation thought about process reliability estimation and on line process control. This article discussed some physical mechanisms that caused failure, such as electrical migration of metal, hot carrier etc. Meanwhile, this article give out the related test structure and method. Test results indicate that the lifetime of the single electrical migration of metal or hot carrier is over 1×109 seconds, using this methods, we make the realization of process reliability evaluation monitor.