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    • 1. 发明申请
    • DYNAMIC COMPARATOR WITH BACKGROUND OFFSET CALIBRATION
    • 具有背景偏移校准的动态比较器
    • US20110109348A1
    • 2011-05-12
    • US12640016
    • 2009-12-17
    • Bo-Wei ChenTim-Kuei ShiaJi-Eun Jang
    • Bo-Wei ChenTim-Kuei ShiaJi-Eun Jang
    • H03K5/22
    • H03K5/2481
    • A dynamic comparator with background offset calibration is provided. The dynamic comparator includes at least one input differential pair, a first back-to-back inverter, a second back-to-back inverter, and an integrator. The input differential pair includes two current branches, wherein one of the current branches has an input referred offset. The first back-to-back inverter determines which one of the two current branches has the input referred offset in response to a first clock signal and generates two control signals accordingly. The integrator generates two calibration voltages for the input differential pair in response to the two control signals, so as to calibrate the input referred offset. The second back-to-back inverter determines a difference between two input signals received by the input differential pair after the input referred offset is calibrated in response to a second clock signal and outputs two comparison signals accordingly.
    • 提供了具有背景偏移校准的动态比较器。 动态比较器包括至少一个输入差分对,第一背对背反相器,第二背对背反相器和积分器。 输入差分对包括两个电流分支,其中当前分支中的一个具有输入参考偏移。 第一背对背反相器确定两个电流分支中的哪一个响应于第一时钟信号而具有参考的输入偏移,并相应地产生两个控制信号。 积分器响应于两个控制信号为输入差分对产生两个校准电压,以校准输入参考偏移。 第二背对背逆变器确定在响应于第二时钟信号校准输入参考偏移之后由输入差分对接收的两个输入信号之间的差异,并相应地输出两个比较信号。
    • 2. 发明授权
    • Dynamic comparator with background offset calibration
    • 具有背景偏移校准的动态比较器
    • US08198921B2
    • 2012-06-12
    • US12640016
    • 2009-12-17
    • Bo-Wei ChenTim-Kuei ShiaJi-Eun Jang
    • Bo-Wei ChenTim-Kuei ShiaJi-Eun Jang
    • H03K5/22
    • H03K5/2481
    • A dynamic comparator with background offset calibration is provided. The dynamic comparator includes at least one input differential pair, a first back-to-back inverter, a second back-to-back inverter, and an integrator. The input differential pair includes two current branches, wherein one of the current branches has an input referred offset. The first back-to-back inverter determines which one of the two current branches has the input referred offset in response to a first clock signal and generates two control signals accordingly. The integrator generates two calibration voltages for the input differential pair in response to the two control signals, so as to calibrate the input referred offset. The second back-to-back inverter determines a difference between two input signals received by the input differential pair after the input referred offset is calibrated in response to a second clock signal and outputs two comparison signals accordingly.
    • 提供了具有背景偏移校准的动态比较器。 动态比较器包括至少一个输入差分对,第一背对背反相器,第二背对背反相器和积分器。 输入差分对包括两个电流分支,其中当前分支中的一个具有输入参考偏移。 第一背对背反相器确定两个电流分支中的哪一个响应于第一时钟信号而具有参考的输入偏移,并相应地产生两个控制信号。 积分器响应于两个控制信号为输入差分对产生两个校准电压,以校准输入参考偏移。 第二背对背逆变器确定在响应于第二时钟信号校准输入参考偏移之后由输入差分对接收的两个输入信号之间的差异,并相应地输出两个比较信号。
    • 7. 发明授权
    • Voltage generator
    • 电压发生器
    • US07362167B2
    • 2008-04-22
    • US11526815
    • 2006-09-26
    • Kee-Teok ParkJi-Eun Jang
    • Kee-Teok ParkJi-Eun Jang
    • G05F1/10
    • G11C5/14G11C5/148
    • A voltage generator reduces a stand by current in a stand by or a self-refresh mode and shortens a response time in an active mode by selectively driving a control transistor of a final driver. A core voltage control unit provides a power voltage. Pull-up and pull-down driving signals are generated based on the power voltage. An output driver generates an internal voltage according to the pull-up and pull-down driving signals. An active control unit controls drivability of the core voltage control unit in response to bank active signals.
    • 电压发生器通过选择性地驱动最终驱动器的控制晶体管来降低待机中的电流或自刷新模式的待机状态,并且缩短激活模式下的响应时间。 核心电压控制单元提供电源电压。 基于电源电压产生上拉和下拉驱动信号。 输出驱动器根据上拉和下拉驱动信号产生内部电压。 主动控制单元响应于行动信号控制核心电压控制单元的驾驶性能。
    • 8. 发明申请
    • Test mode control circuit
    • 测试模式控制电路
    • US20070050692A1
    • 2007-03-01
    • US11323382
    • 2005-12-29
    • Ji-Eun JangKee-Teok Park
    • Ji-Eun JangKee-Teok Park
    • G01R31/28
    • G01R31/31701
    • Provided is a test mode control circuit capable of preventing an MRS (mode register set) from changing in a test mode exit after a test mode entry. In the test mode control circuit, an MRS controller logically combines an MRS signal, a bank address, an MRS address, and a test mode control signal to output a latch control signal. A test mode control unit detects a test mode entry and a test mode exit to selectively activate one of a test mode set signal and a test mode exit signal, and outputs the test mode control signal having different voltage levels according to an activation state of the test mode set signal or the test mode exit signal. An address latch latches an input address when the MRS signal is activated, and outputs the latched input address as the MRS address when the latch control signal is activated.
    • 提供了一种测试模式控制电路,其能够在测试模式进入之后防止在测试模式退出中的MRS(模式寄存器组)改变。 在测试模式控制电路中,MRS控制器逻辑地组合MRS信号,存储体地址,MRS地址和测试模式控制信号以输出锁存控制信号。 测试模式控制单元检测测试模式输入和测试模式退出以选择性地激活测试模式设置信号和测试模式退出信号之一,并且根据所述测试模式输入和测试模式退出信号的激活状态输出具有不同电压电平的测试模式控制信号 测试模式设置信号或测试模式退出信号。 当激活MRS信号时,地址锁存器锁存输入地址,并且当锁存控制信号被激活时,输出锁存的输入地址作为MRS地址。