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Showing 1 to 5 of 5 for “"PCRAM"”.
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Sn-Sb-Se based binary and ternary alloys for phase change memory applications
… memories. Phase change random access memory (PCRAM) is considered to be one of the most promising candidates for the next-generation technology due to its many advantages: non-volatility, fast writing speed, low cost and high scalability. The key property of phase change materials is their …
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Transient phase change effect in phase change memory devices
Phase change random access memory (PCRAM) is a leading contender for next generation nonvolatile memory. The phase change mechanism from high resistance amorphous phase to low resistance crystalline phase in nano-timescale is the most important characteristic of these materials. However, full …
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Transient Phase-Change Effect in Phase-Change Memory Devices
Phase-change random access memory (PCRAM) is one of the next-generation memories with the most potential due to its many good characteristics, such as nonvolatility, high endurance and long data retention. PCRAM has the potential to replace flash memory, which has limited durability and speed. …
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Crystallization of Amorphous Chalcogenide Nano-Regions and Test-Structure Fabrication for Non-Volatile Memories
… perspective about enhancing the endurance of the PCRAM. The cell fabricated permits direct morphological, structural and chemical analyses, because of the easy access to the active region of the device (that is under a unique passivation film, instead of several layers). Correlation of these …
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Phase change materials for non-volatile electronic memories
Starting from a brief introduction into the physics of phase change materials their applications in the field of data storage are reviewed. Without the latter there would certainly be less attention paid to the topic today, even in basic research. For years now, optical data storage media based on …