2012 ©
             Publication
Journal Publication
Research Title Confined-Chalcogenide Based Double-Heater Phase Change Memory with Metal Oxide Capped for Low-Current Consumption 
Date of Distribution 7 July 2009 
Conference
     Title of the Conference ITC-CSCC2009 
     Organiser the IEICE (Engineering Sciences Society and Electronics Society), the IEEK, and the Electrical Engineering/Electronics, Computer, Telecommunications and Information Association,Thailand. 
     Conference Place Jeju KAL Hotel, Jeju, Korea 
     Province/State  
     Conference Date 5 July 2009 
     To 8 July 2009 
Proceeding Paper
     Volume
     Issue
     Page 847-850 
     Editors/edition/publisher General Chair : Kukjin Chun (Seoul National University, Korea), General Co-Chairs : Masayoshi Ohashi (ATR Media Information Science Laboratories, Japan) and Masayoshi Ohashi (ATR Media Information Science Laboratories, Japan) 
     Abstract Phase Change Memory (PCM) is an attractive nonvolatile memory technology which bears a large potential to become the unified solution for the miscellaneous demands of the future memory market. Lowering the large current requirement during reset operation is one of the most critical issues of future PCM technology. In this paper reports on the confined-chalcogenide based double heat phase change memory with metal oxide capping (CCPCMDHMOC) with the operating current less than 0.5mA-30ns. This cell offers a low reset current with simple architecture and fabrication. Thermal and heat flux distribution of both the confined-chalcogenide based single heater phase change memory with metal oxide capping (CCPCM-SHMOC) and a proposed CCPCMDHMOC cells were carefully analyzed and simulated by using finite element modeling based on electrothermal physics. It is intriguingly found that the reset current of the proposed cell is significantly reduced with double heater. Furthermore, the melting shapes and effect of quench speed on the memory cell is also discussed. 
Author
507040015-7 Mr. SANCHAI HARNSOONGNOEN [Main Author]
Engineering Doctoral Degree

Peer Review Status มีผู้ประเมินอิสระ 
Level of Conference นานาชาติ 
Type of Proceeding Full paper 
Type of Presentation Oral 
Part of thesis true 
Presentation awarding false 
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