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    • 1. 发明申请
    • TESTING DEVICE AND ITS CALIBRATION METHOD
    • 测试设备及其校准方法
    • US20160077158A1
    • 2016-03-17
    • US14827492
    • 2015-08-17
    • Koji YamashitaHirofumi KannoToru OtaniShinichiro Oshima
    • Koji YamashitaHirofumi KannoToru OtaniShinichiro Oshima
    • G01R31/317G01R35/00G01R31/28
    • G01R35/00G01R31/3191
    • According to one embodiment, a testing device includes a signal generator that generates a first signal output to a device under test, a channel selector provided after the signal generator and configured to select one of a plurality of channels, a signal receiver that receives the second signal supplied from the device under test, a correction value calculator that calculates a correction value for calibrating loss of a respective one of the channels, wherein the correction value calculator calculates a correction value for calibrating loss of a respective one of the channels included in the channel selector, based on a signal level received by the signal receiver via a loopback channel, when a calibration-level output state indicating a state where a signal level of the first signal generated by the signal generator reaches a predetermined transmission reference level of calibration is assumed.
    • 根据一个实施例,一种测试装置包括信号发生器,该信号发生器产生输出到被测器件的第一信号,信号选择器,设置在信号发生器之后并被配置为选择多个通道中的一个;接收第二信号的信号接收器 信号从被测设备提供的校正值,计算用于校正各个通道的损失的校正值的校正值计算器,其中,所述校正值计算器计算用于校正包括在所述通道中的各个通道中的相应一个通道的损失的校正值 当指示由信号发生器产生的第一信号的信号电平达到预定的传输参考校准电平的状态的校准电平输出状态时,基于由信号接收器经由环回通道接收的信号电平, 假定。
    • 2. 发明授权
    • Signal generating device and signal generating method
    • 信号发生装置及信号发生方法
    • US08666324B2
    • 2014-03-04
    • US13535429
    • 2012-06-28
    • Toru OtaniShinichi Ito
    • Toru OtaniShinichi Ito
    • H04B17/00
    • H04B17/14H04B17/11
    • To provide a signal generating device and a signal generating method capable of correcting the frequency characteristics of the level of a broadband radio-frequency signal. A signal generating device 10 includes a waveform data storage unit 11 that stores waveform data of a baseband signal, a quadrature modulator 20 that generates a modulation signal from the baseband signal, a local oscillator 31 that generates a local oscillation signal, a multiplier 32 that multiplies the modulation signal and the local oscillation signal to generate a radio-frequency signal in a predetermined frequency band, a frequency characteristic correction value determining unit 50 that acquires the frequency characteristics of the signal level of the frequency band on the basis of the center frequency of the radio-frequency signal, and a DF 12 that corrects the frequency characteristics of the level of the baseband signal.
    • 提供能够校正宽带射频信号的电平的频率特性的信号发生装置和信号产生方法。 信号发生装置10包括存储基带信号的波形数据的波形数据存储单元11,从基带信号产生调制信号的正交调制器20,产生本地振荡信号的本地振荡器31,乘法器32, 将调制信号和本地振荡信号相乘以产生预定频带中的射频信号;频率特性校正值确定单元50,基于中心频率获取频带的信号电平的频率特性 和用于校正基带信号电平的频率特性的DF12。
    • 4. 发明授权
    • Spectrum analyzer and spectrum analysis method
    • 频谱分析仪和频谱分析方法
    • US08509296B2
    • 2013-08-13
    • US12967353
    • 2010-12-14
    • Momoko InadomaruToru OtaniYuji Kishi
    • Momoko InadomaruToru OtaniYuji Kishi
    • H04B17/00G01R23/16
    • G01R23/173
    • There is provided a spectrum analyzer and a spectrum analysis method capable of promptly performing measurement while preventing the spectrum waveform caused by the fractional spurious components from being displayed.When the width of a designated span (analysis target frequency range) is larger than a boundary value, a reference signal frequency is set to a predetermined reference value, and a loop filter band narrower than a RBW (resolution bandwidth) is selected to thereby make the fractional spurious components be within the RBW and prevent it from being displayed as a spectrum waveform. Further, when the width of the designated span is smaller than a boundary value, the reference signal frequency is shifted from the reference value by a predetermined value so as to increase the frequency differences between the fractional spurious components and the main signal component of a VCO output signal by an amount equal to the product between the shift amount and the integer part of the frequency division ratio, and the band of the loop filter is set in accordance with the region including the RBW in a range narrower than the increased frequency difference so as to suppress the levels of the fractional spurious components.
    • 提供了能够在防止由分数杂散成分引起的频谱波形显示的同时快速进行测量的频谱分析仪和频谱分析方法。 当指定跨度(分析目标频率范围)的宽度大于边界值时,将参考信号频率设置为预定参考值,并且选择比RBW(分辨率带宽)窄的环路滤波器频带,从而使 分数杂散分量在RBW内,并防止其显示为频谱波形。 此外,当指定跨度的宽度小于边界值时,参考信号频率从参考值偏移预定值,以增加分数杂散分量与VCO的主信号分量之间的频率差 输出信号的量等于分频比的偏移量与整数部分之间的乘积,并且根据包含RBW的区域在比增加的频率差窄的范围内设置环路滤波器的频带,因此 以抑制分数杂散分量的水平。
    • 6. 发明申请
    • SIGNAL GENERATING DEVICE AND SIGNAL GENERATING METHOD
    • 信号发生装置和信号发生方法
    • US20130012139A1
    • 2013-01-10
    • US13535429
    • 2012-06-28
    • Toru OtaniShinichi Ito
    • Toru OtaniShinichi Ito
    • H04W24/00
    • H04B17/14H04B17/11
    • To provide a signal generating device and a signal generating method capable of correcting the frequency characteristics of the level of a broadband radio-frequency signal. A signal generating device 10 includes a waveform data storage unit 11 that stores waveform data of a baseband signal, a quadrature modulator 20 that generates a modulation signal from the baseband signal, a local oscillator 31 that generates a local oscillation signal, a multiplier 32 that multiplies the modulation signal and the local oscillation signal to generate a radio-frequency signal in a predetermined frequency band, a frequency characteristic correction value determining unit 50 that acquires the frequency characteristics of the signal level of the frequency band on the basis of the center frequency of the radio-frequency signal, and a DF 12 that corrects the frequency characteristics of the level of the baseband signal.
    • 提供能够校正宽带射频信号的电平的频率特性的信号发生装置和信号产生方法。 信号发生装置10包括存储基带信号的波形数据的波形数据存储单元11,从基带信号产生调制信号的正交调制器20,产生本地振荡信号的本地振荡器31,乘法器32, 将调制信号和本地振荡信号相乘以产生预定频带中的射频信号;频率特性校正值确定单元50,基于中心频率获取频带的信号电平的频率特性 和用于校正基带信号电平的频率特性的DF12。
    • 7. 发明申请
    • SPECTRUM ANALYZER AND SPECTRUM ANALYSIS METHOD
    • 光谱分析仪和光谱分析方法
    • US20110150062A1
    • 2011-06-23
    • US12967353
    • 2010-12-14
    • Momoko InadomaruToru OtaniYuji Kishi
    • Momoko InadomaruToru OtaniYuji Kishi
    • H04B17/00
    • G01R23/173
    • There is provided a spectrum analyzer and a spectrum analysis method capable of promptly performing measurement while preventing the spectrum waveform caused by the fractional spurious components from being displayed.When the width of a designated span (analysis target frequency range) is larger than a boundary value, a reference signal frequency is set to a predetermined reference value, and a loop filter band narrower than a RBW (resolution bandwidth) is selected to thereby make the fractional spurious components be within the RBW and prevent it from being displayed as a spectrum waveform. Further, when the width of the designated span is smaller than a boundary value, the reference signal frequency is shifted from the reference value by a predetermined value so as to increase the frequency differences between the fractional spurious components and the main signal component of a VCO output signal by an amount equal to the product between the shift amount and the integer part of the frequency division ratio, and the band of the loop filter is set in accordance with the region including the RBW in a range narrower than the increased frequency difference so as to suppress the levels of the fractional spurious components.
    • 提供了能够在防止由分数杂散成分引起的频谱波形显示的同时快速进行测量的频谱分析仪和频谱分析方法。 当指定跨度(分析目标频率范围)的宽度大于边界值时,将参考信号频率设置为预定参考值,并且选择比RBW(分辨率带宽)窄的环路滤波器频带,从而使 分数杂散分量在RBW内,并防止其显示为频谱波形。 此外,当指定跨度的宽度小于边界值时,参考信号频率从参考值偏移预定值,以增加分数杂散分量与VCO的主信号分量之间的频率差 输出信号的量等于分频比的偏移量与整数部分之间的乘积,并且根据包含RBW的区域在比增加的频率差窄的范围内设置环路滤波器的频带,因此 以抑制分数杂散分量的水平。
    • 8. 发明授权
    • Attaching structure of a brake fluid pressure generator
    • 制动液压发生器的安装结构
    • US06799651B2
    • 2004-10-05
    • US10194844
    • 2002-07-11
    • Hiroo KawakamiToru OtaniGoro TsujinoKeisuke MiyaharaMasateru Momozu
    • Hiroo KawakamiToru OtaniGoro TsujinoKeisuke MiyaharaMasateru Momozu
    • G05G114
    • B60T13/567B62D25/14Y10T74/20528
    • A structure for attaching a brake fluid pressure generator to a vehicle. The brake fluid pressure generator is attached to a dash panel provided at the rear side of a damper housing, which divides a compartment of a vehicle into a cabin and an engine room. An installation hole, through which the brake fluid pressure generator is inserted, is formed on the dash panel to one side of the engine. A mounter, which accommodates at least part of the brake fluid pressure generator, is used for detachably attaching the brake fluid pressure generator to the dash panel from the cabin side. Thereby, part of the brake fluid pressure generator is positioned at the rear side of the dash panel, and the outline of the brake fluid pressure generator is positioned so that it might overlap the damper housing when viewed from the fore side direction with respect to the vehicle.
    • 一种用于将制动液压力发生器附接到车辆的结构。 制动液压发生器被安装在设置在阻尼器壳体的后侧的仪表板,其将车辆的隔室分成舱室和发动机室。 在仪表板上,在发动机的一侧形成安装有制动液压发生器的插入孔。 容纳至少一部分制动液压发生器的安装器用于将制动液压力发生器从机舱侧可拆卸地附接到仪表板上。 由此,制动液压发生器的一部分位于前围板的后侧,制动液压发生器的轮廓被定位成使得当从前侧方向观察时可以与阻尼器壳体重叠 车辆。