Dergi makalesi Açık Erişim
Kalem, Seref; Tekin, Serdar B.; Kaya, Zahit E.; Jalaguier, Eric; Roelofs, Robin; Yildirim, Saffet; Yavuzcetin, Ozgur; Wenger, Christian
{ "DOI": "10.1016/j.mssp.2023.107346", "abstract": "<p>This paper explores the suitability of atomic layer deposited hafnium oxide (HfO2) based resistive oxide mem-ories for their integration into advanced embedded non-volatile memory technology nodes at 28 nm and below. Downscaling trends in advanced CMOS semiconductor technology and novel user needs require high packing density, lower power consumption, faster read-write with enhanced reliability features. Two terminal resistive memory layers, which were produced under optimized atomic layer deposition conditions have been investi-gated in terms of these features in addition of downscaling and cost-effective production. The experimental results are focused on downscaling issue of HfO2 based oxide RAMs with an emphasis on structure and electrode metallization dependent resistive switching of Metal/HfO2/Metal memory stacks and associated physical and electrical characteristics. The role of the metallization, microstructure and dielectric properties were determined to have better insight into the switching performance. Finally, a memory cell array test platform was set up using a 4k 1T1R cell array architecture and its suitability was demonstrated for testing the performance of resistive memory cells for advanced technology nodes.</p>", "author": [ { "family": "Kalem", "given": " Seref" }, { "family": "Tekin", "given": " Serdar B." }, { "family": "Kaya", "given": " Zahit E." }, { "family": "Jalaguier", "given": " Eric" }, { "family": "Roelofs", "given": " Robin" }, { "family": "Yildirim", "given": " Saffet" }, { "family": "Yavuzcetin", "given": " Ozgur" }, { "family": "Wenger", "given": " Christian" } ], "container_title": "MATERIALS SCIENCE IN SEMICONDUCTOR PROCESSING", "id": "265424", "issued": { "date-parts": [ [ 2023, 1, 1 ] ] }, "page": "13", "title": "Effect of downsizing and metallization on switching performance of ultrathin hafnium oxide memory cells", "type": "article-journal", "volume": "158" }
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