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    • 1. 发明申请
    • Method of measuring flash memory cell current
    • 测量闪存单元电流的方法
    • US20100039095A1
    • 2010-02-18
    • US12228691
    • 2008-08-15
    • Boon-Aik AngSoo-yong ParkSteve Choi
    • Boon-Aik AngSoo-yong ParkSteve Choi
    • G01R19/00
    • G11C29/50G11C16/04G11C29/028G11C2029/5006
    • In the present method of measuring the current of a first current source, the current thereof may be combined with either the current of a second current source, or the current of a third current source. Based on a combination of the current of the first current source and either (a) the current of the second current source or (b) the current of the third current source, a digital output is provided. If this digital output is of a first value, the state of combining the current of the first current source with the current of the second current source becomes in effect. If this digital output is of a second value, the state of combining the current of the first current source with the current of the second current source becomes in effect.
    • 在本测量第一电流源的电流的方法中,其电流可以与第二电流源的电流或第三电流源的电流组合。 基于第一电流源的电流和(a)第二电流源的电流或(b)第三电流源的电流的组合,提供数字输出。 如果该数字输出是第一值,则将第一电流源的电流与第二电流源的电流组合的状态变为有效。 如果该数字输出是第二值,则将第一电流源的电流与第二电流源的电流组合的状态变为有效。
    • 2. 发明授权
    • Method of measuring flash memory cell current
    • 测量闪存单元电流的方法
    • US08581595B2
    • 2013-11-12
    • US12228691
    • 2008-08-15
    • Boon-Aik AngSoo-yong ParkSteve Choi
    • Boon-Aik AngSoo-yong ParkSteve Choi
    • G01R31/08
    • G11C29/50G11C16/04G11C29/028G11C2029/5006
    • In the present method of measuring the current of a first current source, the current thereof may be combined with either the current of a second current source, or the current of a third current source. Based on a combination of the current of the first current source and either (a) the current of the second current source or (b) the current of the third current source, a digital output is provided. If this digital output is of a first value, the state of combining the current of the first current source with the current of the second current source becomes in effect. If this digital output is of a second value, the state of combining the current of the first current source with the current of the second current source becomes in effect.
    • 在本测量第一电流源的电流的方法中,其电流可以与第二电流源的电流或第三电流源的电流组合。 基于第一电流源的电流和(a)第二电流源的电流或(b)第三电流源的电流的组合,提供数字输出。 如果该数字输出是第一值,则将第一电流源的电流与第二电流源的电流组合的状态变为有效。 如果该数字输出是第二值,则将第一电流源的电流与第二电流源的电流组合的状态变为有效。
    • 9. 发明授权
    • Enhanced method of testing semiconductor devices having nonvolatile
elements
    • 具有非易失性元件的半导体器件测试的增强方法
    • US5982683A
    • 1999-11-09
    • US046404
    • 1998-03-23
    • James A. WatsonFabiano FontanaJenny ChuiSteve ChoiBenjamin Lau
    • James A. WatsonFabiano FontanaJenny ChuiSteve ChoiBenjamin Lau
    • G11C29/10G11C7/00
    • G11C29/10
    • An enhanced method of testing semiconductor devices having nonvolatile elements by determining regions of the semiconductor having differing orders of probability that a defect will occur. The enhanced method of testing includes testing of regions from the highest probability to the lowest probability of having a defect. Nonvolatile memory elements in the region being tested are placed in a high impedance state, bypass circuits in the region being tested are activated to bypass the nonvolatile memory elements that control the state of elements in the region being tested and test vectors are applied to the elements that are controlled by the bypassed nonvolatile memory elements. This procedure is repeated for the next untested region having the highest probability of having a defect until all regions have been tested.
    • 通过确定具有不同发生故障概率的半导体区域来测试具有非易失性元件的半导体器件的增强方法。 增强的测试方法包括从最高概率到具有缺陷的最低概率的区域的测试。 被测试区域中的非易失性存储元件被置于高阻抗状态,被测试区域中的旁路电路被激活以绕过控制待测区域中的元件状态的非易失性存储元件,测试矢量被应用于元件 由旁路非易失性存储元件控制。 对具有最大概率的缺陷的下一个未测试区域重复该过程,直到所有区域都已被测试为止。