Abstract
A new self-convergent constant current programming achieved by a ramp-up source voltage is extensively studied in this work. Based on the results of a constant programming current and self-convergent characteristics, several methods are presented to achieve accurate control of multiple programmed states. Both efficient programming speed and excellent reliability are demonstrated. The proposed programming technique is considered to be a promising candidate for high-speed, high-density, and low-power multilevel split gate flash memory.
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