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    • 5. 发明申请
    • METHOD FOR PROGRAMMING A MULTILEVEL MEMORY
    • 编程多个存储器的方法
    • US20090303792A1
    • 2009-12-10
    • US12544025
    • 2009-08-19
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • G11C16/04
    • G11C11/5628G11C11/5671G11C2211/5621
    • A method for programming a MLC memory is provided. The MLC memory has a number of bits, and each bit has a number of programmed states. Each programmed state has a first PV level. The method comprises (a) programming the bits of the memory having a Vt level lower than the PV level of a targeted programmed state into programmed bits by using a Vd bias BL; (b) ending this method if each bit of the memory has a Vt level not lower than the PV level of the targeted programmed state, otherwise, continuing the step (c); and (c) setting BL=BL+K1 and repeating the step (a) if each of the programmed bits has a Vt level lower than the PV level, while setting BL=BL−K2, and repeating the step (a) if at least one of the programmed bits has a Vt level not lower than the PV level.
    • 提供了一种用于编程MLC存储器的方法。 MLC存储器有多个位,每个位都有多个编程状态。 每个编程状态具有第一PV级别。 该方法包括(a)通过使用Vd偏置BL将具有低于目标编程状态的PV电平的Vt电平的存储器的位编程为编程位; (b)如果存储器的每个位的Vt电平不低于目标编程状态的PV电平,则结束该方法,否则继续步骤(c); 以及(c)设定BL = BL + K1,并且如果每个编程的比特都具有低于PV水平的Vt级别,而设置BL = BL-K2,并重复步骤(a),如果在 至少一个编程位的Vt电平不低于PV电平。
    • 6. 发明申请
    • Method for programming a multilevel memory
    • 多级存储器编程方法
    • US20080310223A1
    • 2008-12-18
    • US11812033
    • 2007-06-14
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • G11C16/04
    • G11C11/5628G11C11/5671G11C2211/5621
    • A method for programming a MLC memory is provided. The MLC memory has a number of bits, and each bit has a number of programmed states. Each programmed state has a first PV level. The method comprises (a) programming the bits of the memory having a Vt level lower than the PV level of a targeted programmed state into programmed bits by using a Vd bias BL; (b) ending this method if each bit of the memory has a Vt level not lower than the PV level of the targeted programmed state, otherwise, continuing the step (c); and (c) setting BL=BL+K1 and repeating the step (a) if each of the programmed bits has a Vt level lower than the PV level, while setting BL=BL−K2, and repeating the step (a) if at least one of the programmed bits has a Vt level not lower than the PV level.
    • 提供了一种用于编程MLC存储器的方法。 MLC存储器有多个位,每个位都有多个编程状态。 每个编程状态具有第一PV级别。 该方法包括(a)通过使用Vd偏置BL将具有低于目标编程状态的PV电平的Vt电平的存储器的位编程为编程位; (b)如果存储器的每个位的Vt电平不低于目标编程状态的PV电平,则结束该方法,否则继续步骤(c); 以及(c)设定BL = BL + K1,并且如果每个编程的比特都具有低于PV水平的Vt级别,而设置BL = BL-K2,并重复步骤(a),如果在 至少一个编程位的Vt电平不低于PV电平。
    • 8. 发明授权
    • Method for programming a multilevel memory
    • 多级存储器编程方法
    • US07580292B2
    • 2009-08-25
    • US11812033
    • 2007-06-14
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • Hsin-Yi HoNian-Kai ZousI-Jen HuangYung-Feng Lin
    • G11C16/04
    • G11C11/5628G11C11/5671G11C2211/5621
    • A method for programming a MLC memory is provided. The MLC memory has a number of bits, and each bit has a number of programmed states. Each programmed state has a first PV level. The method includes (a) programming the bits of the memory having a Vt level lower than the PV level of a targeted programmed state into programmed bits by using a Vd bias BL; (b) ending this method if each bit of the memory has a Vt level not lower than the PV level of the targeted programmed state, otherwise, continuing the step (c); and (c) setting BL=BL+K1 and repeating the step (a) if each of the programmed bits has a Vt level lower than the PV level, while setting BL=BL−K2, and repeating the step (a) if at least one of the programmed bits has a Vt level not lower than the PV level.
    • 提供了一种用于编程MLC存储器的方法。 MLC存储器有多个位,每个位都有多个编程状态。 每个编程状态具有第一PV级别。 该方法包括(a)通过使用Vd偏置BL将具有低于目标编程状态的PV电平的Vt电平的存储器的位编程为编程位; (b)如果存储器的每个位的Vt电平不低于目标编程状态的PV电平,则结束该方法,否则继续步骤(c); 以及(c)设定BL = BL + K1,并且如果每个编程的比特都具有低于PV水平的Vt级别,而设置BL = BL-K2,并重复步骤(a),如果在 至少一个编程位的Vt电平不低于PV电平。
    • 10. 发明授权
    • Variable program and program verification methods for a virtual ground memory in easing buried drain contacts
    • 用于虚拟接地存储器的可变程序和程序验证方法,以缓解埋地漏接点
    • US07596028B2
    • 2009-09-29
    • US11617007
    • 2006-12-28
    • Ming Shiang ChenWen Pin LuI-Jen HuangChi Yuan ChinNian-Kai Zous
    • Ming Shiang ChenWen Pin LuI-Jen HuangChi Yuan ChinNian-Kai Zous
    • G11C11/34
    • G11C16/10G11C16/3454G11C16/3459
    • Methods for programming and program verification of a flash memory are described that ease the buried drain contact induced operation and increase the retention window. In a first aspect of the invention, a program operation method provides varying program biases which are applied to different groups of memory cells. The program biases can be supplied as drain bias voltages or gate bias voltages. The program biases vary depending on which group of memory cells is programmed. In one embodiment, a first drain voltage VD1 is applied to the first group of memory cells M0 and Mn. A second drain voltage VD2 is applied to the second group of memory cells M1 and Mn-1, where VD2=VD1+ΔVD. In a second aspect of the invention, a plurality of program verification voltage levels are selected to verify that the memory cells pass the program voltage levels.
    • 描述了用于快速存储器的编程和程序验证的方法,其易于埋入漏极接触引起的操作并增加保持窗口。 在本发明的第一方面,一种程序操作方法提供了应用于不同组的存储单元的变化的程序偏移。 程序偏置可以作为漏极偏置电压或栅极偏置电压提供。 程序偏移根据编程的哪组存储单元而有所不同。 在一个实施例中,将第一漏极电压VD1施加到第一组存储器单元M0和Mn。 第二漏极电压VD2被施加到第二组存储器单元M1和Mn-1,其中VD2 = VD1 + DeltaVD。 在本发明的第二方面中,选择多个程序验证电压电平以验证存储单元是否通过编程电压电平。