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    • 1. 发明授权
    • Level shifter for wide range operation
    • 电平移位器用于大范围操作
    • US07038491B2
    • 2006-05-02
    • US10903402
    • 2004-07-30
    • Meng-Jer WeyChih-Hung Wu
    • Meng-Jer WeyChih-Hung Wu
    • H03K19/0175H03K19/094
    • H03K19/018585
    • A programmable level shifter. The programmable level shifter comprises a first P-type FET, a second P-type FET, a third P-type FET, a fourth P-type FET, a fifth P-type FET, a sixth P-type FET, a first N-type FET, a second N-type FET, a third N-type FET, and a programmable device. The first P-type FET is coupled between a first power line and an output node. The first N-type FET is coupled between the first P-type FET and a second power line. The programmable device is coupled between the first power line and the output node, which can be programmed to change an effective resistance between the first power line and the output node when the second P-type FET is turned on.
    • 可编程电平转换器。 可编程电平移位器包括第一P型FET,第二P型FET,第三P型FET,第四P型FET,第五P型FET,第六P型FET,第一N型FET 型FET,第二N型FET,第三N型FET和可编程器件。 第一P型FET耦合在第一电力线和输出节点之间。 第一N型FET耦合在第一P型FET和第二电源线之间。 可编程器件耦合在第一电源线和输出节点之间,当第二P型FET导通时,可编程该器件可改变第一电源线与输出节点之间的有效电阻。
    • 2. 发明申请
    • Programmable level shifter for wide range operation purpose
    • 可编程电平转换器,适用于广泛的操作目的
    • US20060028244A1
    • 2006-02-09
    • US10913803
    • 2004-08-06
    • Chih-Hung WuMeng-Jer Wey
    • Chih-Hung WuMeng-Jer Wey
    • H03K19/0175
    • H03K3/356113
    • A programmable level shifter. The programmable level shifter comprises a first P-type FET, a first N-type FET, a second P-type FET, a second N-type FET, and a programmable device. The first P-type FET is coupled between a fist power line and a non-inverted output node, and a gate pole thereof is coupled to a inverted output node. The first N-type FET is coupled between the first P-type FET and a second power line. The programmable device is coupled between the first power line and the non-inverted output node, which can be programmed to change an effective resistance between the first power line and the inverted output node when the second P-type FET is turned on.
    • 可编程电平转换器。 可编程电平移位器包括第一P型FET,第一N型FET,第二P型FET,第二N型FET和可编程器件。 第一P型FET耦合在第一电源线和非反相输出节点之间,其栅极耦合到反相输出节点。 第一N型FET耦合在第一P型FET和第二电源线之间。 可编程器件耦合在第一电源线和非反相输出节点之间,当第二P型FET导通时,该第一电源线和非反相输出节点可被编程为改变第一电源线和反相输出节点之间的有效电阻。
    • 4. 发明申请
    • LEVEL SHIFTER FOR WIDE RANGE OPERATION
    • 水平切换器用于宽范围操作
    • US20060022709A1
    • 2006-02-02
    • US10903402
    • 2004-07-30
    • Meng-Jer WeyChih-Hung Wu
    • Meng-Jer WeyChih-Hung Wu
    • H03K19/0175
    • H03K19/018585
    • A programmable level shifter. The programmable level shifter comprises a first P-type FET, a second P-type FET, a third P-type FET, a fourth P-type FET, a fifth P-type FET, a sixth P-type FET, a first N-type FET, a second N-type FET, a third N-type FET, and a programmable device. The first P-type FET is coupled between a first power line and an output node. The first N-type FET is coupled between the first P-type FET and a second power line. The programmable device is coupled between the first power line and the output node, which can be programmed to change an effective resistance between the first power line and the output node when the second P-type FET is turned on.
    • 可编程电平转换器。 可编程电平移位器包括第一P型FET,第二P型FET,第三P型FET,第四P型FET,第五P型FET,第六P型FET,第一N型FET 型FET,第二N型FET,第三N型FET和可编程器件。 第一P型FET耦合在第一电力线和输出节点之间。 第一N型FET耦合在第一P型FET和第二电源线之间。 可编程器件耦合在第一电源线和输出节点之间,当第二P型FET导通时,可编程该器件可改变第一电源线与输出节点之间的有效电阻。
    • 10. 发明授权
    • High speed, low setup time voltage sensing flip-flop
    • 高速,低建立时间电压感应触发器
    • US06404253B1
    • 2002-06-11
    • US09760186
    • 2001-01-12
    • Yi-Ren HwangMeng-Jer Wey
    • Yi-Ren HwangMeng-Jer Wey
    • H03K3289
    • H03K3/012H03K3/35625
    • The high-speed, low setup time, voltage-sensing flip-flop of an embodiment of the present invention comprises a master stage and a slave stage. The master stage has a data input and a clock input. The slave stage receives two signal lines from the master stage. When the clock input is low, the two input lines to the slave stage are pulled high. This turns on two transistors and precharges the inputs to the slave stage. When the clock makes a high transition, the pullup transistors in the master stage are turned off which decouples the inputs of the slave stage from the output of the master stage. At this time, if the data input is high, the A input to the slave stage is discharged. If the data input is low, the B input to the slave stage is discharged. After the two inputs to the slave stage are decoupled from the master stage, any change in the data input signal causes the inputs to the slave stage to float low since the two lines are not pulled high or low. In this way, the inputs to the slave stage are precharged and discharged on every clock cycle. This precharging results in a nearly zero setup time.
    • 本发明实施例的高速,低建立时间,电压感测触发器包括主级和从级。 主级具有数据输入和时钟输入。 从站从主站接收两条信号线。 当时钟输入为低电平时,到从站的两条输入线被拉高。 这将打开两个晶体管,并将输入预充电到从站。 当时钟进行高转换时,主级中的上拉晶体管被截止,从而将从级的输入与主级的输出分离。 此时,如果数据输入为高电平,则从站的A输入将被释放。 如果数据输入为低电平,则从站的B输入将被释放。 在从站的两个输入与主站分离之后,数据输入信号的任何变化都会导致从站的输入浮动为低电平,因为两个线路不被拉高或低电平。 以这种方式,从站的输入在每个时钟周期进行预充电和放电。 这种预充电导致几乎为零的设置时间。