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How can the PV industry benefit from process control and yield management techniques in Microelectronics?

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How can the PV industry benefit from process control and yield management techniques in Microelectronics?

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Dieter Rathei, managing director of DR YIELD Software and Solutions, will talk about just how far productivity yield management issues have progressed since the late 1990s. From a past that involved extreme confidentiality and almost nonexistent academic research, he will detail how the PV industry can benefit form process control and yield management techniques in microelectronics. Using vivid examples of what can go wrong in data management, process changes, and design of experiments, he will provide better solutions for the PV industry. • Solar Cells for Space: Using high-efficiency multi-junction solar cells for space and concentrator PV applications. Giovanni Flamand, team leader, High Flux devices, IMEC, will discuss the wide acceptance of high-efficiency, III-V multi-junction solar cells in space applications over the last decade. Si solar cells currently dominate the terrestrial PV market. However, higher-cost multi-junction solar cells can be a cost-competitive electricity-gen

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Dieter Rathei, managing director of DR YIELD Software and Solutions, will talk about just how far productivity yield management issues have progressed since the late 1990s. From a past that involved extreme confidentiality and almost nonexistent academic research, he will detail how the PV industry can benefit form process control and yield management techniques in microelectronics. Using vivid examples of what can go wrong in data management, process changes, and design of experiments, he will provide better solutions for the PV industry. • Solar Cells for Space: Using high-efficiency multi-junction solar cells for space and concentrator PV applications. Giovanni Flamand, team leader, High Flux devices, IMEC, will discuss the wide acceptance of high-efficiency, III-V multi-junction solar cells in space applications over the last decade. Si solar cells currently dominate the terrestrial PV market. However, higher-cost multi-junction solar cells can be a cost-competitive electricity-gen

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