用于闪存技术的n区折叠高压MOS晶体管

F. Hofmann, W. Rosner, E. Landgraf
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引用次数: 1

摘要

像EEPROM和闪存这样的浮门器件需要高达20 V的高电压来进行编程和擦除操作。这种高电压只能用大型MOS晶体管来处理。一种常见的方法是形成一个增加晶体管导通电阻的漂移区。在触点和晶体管通道之间产生额外的电压降。为了节省芯片面积,晶体管的高阻漂移区被折叠到栅极两侧的沟槽中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High Voltage MOS Transistor with a Folded n- Region for Flash Technology
Floating gate devices like EEPROM and Flash memory require high voltages up to 20 V for programming and erase operations. This high voltage can only be handled with large MOS transistors. A common approach is to form a drift region which increases the on-resistance of the transistor. Here an extra voltage drop between the contact and the transistor channel is gernerated. In order to save chip area, a transistor is presented with the high resistive drift regions folded into the trenches on both sides of the gate.
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