Specific Process Knowledge/Thin film deposition/Cluster-based multi-chamber high vacuum sputtering deposition system: Difference between revisions
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==Load-lock== | ==Load-lock== | ||
The load-lock chamber is the only part of the tool which can be accesed by user. Ventilation and pumping takes approximately 5 min. The chamber has its own turbo pump. Inside there is a shelf - a cassete with 10 slots. The images below shows the load-lock set-up and sample mounting. The shelf is designed to handle 6-inch wafers, which has to be placed into dedicated carrier rings. Those rings with wafers can be introduced to the cassete - shelf. Different adapter-holders can be used for operating with 4-inch wafers and small chips. | The load-lock chamber is the only part of the tool which can be accesed by user. Ventilation and pumping takes approximately 5 min. The chamber has its own turbo pump. Inside there is a shelf - a cassete with 10 slots. The images below shows the load-lock set-up and sample mounting. The shelf is designed to handle 6-inch wafers, which has to be placed into dedicated carrier rings. Those rings with wafers can be introduced to the cassete - shelf. Different adapter-holders can be used for operating with 4-inch wafers and small chips. After the load-lock is puped it takes 6 min tol transfer the sample into the process chamber and 8 min to return back. | ||
<gallery caption="Deposition rates of HfO2 at different temperaturs. ALD window." widths="800px" heights="600px" | <gallery caption="Deposition rates of HfO2 at different temperaturs. ALD window." widths="800px" heights="600px" | ||