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    • 2. 发明申请
    • SCHMITT TRIGGER CIRCUIT OPERATED BASED ON PULSE WIDTH
    • 基于脉冲宽度的SCHMITT触发电路
    • US20120074999A1
    • 2012-03-29
    • US13034363
    • 2011-02-24
    • Sung Tae KIMSang Gyu PARKKyung Uk KIMDong Ok HANSeung Chul PYOSoo Woong LEE
    • Sung Tae KIMSang Gyu PARKKyung Uk KIMDong Ok HANSeung Chul PYOSoo Woong LEE
    • H03K3/00
    • H03K3/3565
    • There are provided a Schmitt trigger circuit that has hysteresis characteristics in which a release point and an operating point are determined based on a width of an inputted pulse. The Schmitt trigger circuit may include a signal/pulse conversion unit that receives an analog signal to generate an input pulse having a width corresponding to a magnitude of the analog signal, a pulse width determination unit that compares the width of the input pulse generated in the signal/pulse conversion unit with a predetermined first threshold width and a second threshold width greater than the first threshold width to output state information indicating the compared result, and an output determination unit that outputs a high signal, when the width of the input pulse is changed from a state of being smaller than the second threshold width to a state of being greater than the second threshold width based on the state information, and outputs a low signal when the width of the input pulse is changed from a state of being greater than the first threshold width to a state of being smaller thali the first threshold width based on the state information.
    • 提供了具有滞后特性的施密特触发电路,其中基于输入脉冲的宽度来确定释放点和操作点。 施密特触发电路可以包括:信号/脉冲转换单元,其接收模拟信号以产生具有对应于模拟信号的幅度的宽度的输入脉冲;脉冲宽度确定单元,其将生成的输入脉冲的宽度进行比较 信号/脉冲转换单元,具有预定的第一阈值宽度和大于第一阈值宽度的第二阈值宽度,以输出指示比较结果的状态信息;以及输出确定单元,当输入脉冲的宽度为 根据状态信息从小于第二阈值宽度的状态变为大于第二阈值宽度的状态,并且当输入脉冲的宽度从大于 基于状态信息将第一阈值宽度变为小于第一阈值宽度的状态。
    • 4. 发明申请
    • HALL DEVICE MODULE EQUIPPED WITH INTERCONNECTED DOUBLE HALL DEVICES
    • HALL设备模块配有互连双重设备
    • US20120112740A1
    • 2012-05-10
    • US13024049
    • 2011-02-09
    • Dong Ok HANSang Gyu PARK
    • Dong Ok HANSang Gyu PARK
    • G01R33/07
    • G01R33/07
    • There is provided a hall device module equipped with interconnected double hall devices. The hall device module includes: a first hall device having a first pair of terminals for excitation and a pair of output terminals; and a second hall device having a second pair of terminals for excitation and a pair of output terminals, wherein the first and second hall devices have the same equivalent circuit, the second hall device is disposed to be rotated by a predetermined angle based on the first hall device, a first terminal of the first pair of terminals is interconnected to a first terminal of the second pair of terminals to receive driving power for excitation, a second terminal of the first pair of terminals is interconnected to a second terminal of the second pair of terminals and is grounded, terminals outputting a positive component, which is a voltage rising according to an applied external magnetic field, among the pair of output terminals of the first hall device and the pair of output terminals of the second hall device, are interconnected, and terminals outputting a negative component, which is a voltage falling according to the applied external magnetic field, are interconnected, to thereby remove an offset.
    • 提供了一个配有互连双层霍尔设备的霍尔设备模块。 霍尔器件模块包括:第一霍尔器件,具有用于激励的第一对端子和一对输出端子; 以及第二霍尔器件,具有用于激励的第二对端子和一对输出端子,其中所述第一和第二霍尔器件具有相同的等效电路,所述第二霍尔器件被设置为基于所述第一霍尔器件的第一 所述第一对端子的第一端子与所述第二对端子的第一端子互连以接收用于激励的驱动电力,所述第一对端子的第二端子与所述第二对端子的第二端子互连 的端子并接地,在第一霍尔器件的一对输出端子和第二霍尔器件的一对输出端子之间输出作为施加的外部磁场的上升电压的正部件的端子相互连接 并且输出作为根据所施加的外部磁场落下的电压的负分量的端子互连 有一个偏移。
    • 8. 发明申请
    • TRANSMITTER USING CHAOTIC SIGNAL
    • 发射机使用混沌信号
    • US20070121944A1
    • 2007-05-31
    • US11466397
    • 2006-08-22
    • Kwang Du LEEHak Sun KIMChang Soo YANGSang Gyu PARKTah Joon PARKKyu Hwan AN
    • Kwang Du LEEHak Sun KIMChang Soo YANGSang Gyu PARKTah Joon PARKKyu Hwan AN
    • H04L9/00
    • H04L27/001
    • The invention provides a transmitter using a chaotic signal which turns on/off a supply voltage of a chaotic signal generator in accordance with a transmitted digital data signal, without requiring a separate modulator for combining the chaotic signal and the digital data signal. The transmitter uses a chaotic signal for modulating a predetermined digital data to transmit. A chaotic signal generator turns on to generate the chaotic signal when a supply voltage is supplied and turns off when the supply voltage is cut off. A supply voltage switch supplies/cuts off the supply voltage to/from the chaotic signal generator in accordance with the digital data. Further, the supply voltage of the chaotic signal generator is supplied/cut off in accordance with the digital data so that an output from the chaotic signal generator is a modulated signal of the digital data.
    • 本发明提供一种使用混沌信号的发射机,其根据所发送的数字数据信号接通/关闭混沌信号发生器的电源电压,而不需要用于组合混沌信号和数字数据信号的单独的调制器。 发射机使用混沌信号来调制预定的数字数据进行发射。 当提供电源电压时,混沌信号发生器导通以产生混沌信号,并且当电源电压被切断时关闭。 电源电压开关根据数字数据提供/切断来自/来自混沌信号发生器的电源电压。 此外,根据数字数据提供/切断混沌信号发生器的电源电压,使得来自混沌信号发生器的输出是数字数据的调制信号。