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    • 1. 发明申请
    • SIGNAL TRANSMITTING CIRCUIT
    • 信号发送电路
    • US20150248966A1
    • 2015-09-03
    • US14431359
    • 2012-12-04
    • Kenichi MorokumaJun TomisawaKazuyasu Nishikawa
    • Kenichi MorokumaJun TomisawaKazuyasu Nishikawa
    • H01F38/14H03K5/26H03K3/037H04B5/00
    • H01F38/14H01F2038/143H03K3/0377H03K5/1534H03K5/26H04B5/0031H04B5/0093H04L25/0268
    • A transmitter circuit feeds to a transmitter coil, every time transmission data changes in logical value, a current signal in pulse form having a positive or negative polarity that is alternately inverted in response to each change in logical value; and a receiver circuit inputs induction voltage signals each being double pulses having both positive and negative polarities, which have been induced in a receiver coil by the current signal fed to the transmitter coil, to demodulate the transmission data. The receiver circuit includes: an amplifier that amplifies the induction voltage signals of double pulses induced in the receiver coil; and a signal generating unit that, when detecting first single pulses in the induction voltage signals of double pulses amplified by the amplifier, sets up an insensitive period for second single pulses therein, to generate an output signal corresponding to the transmission data, based solely on the first single pulses.
    • 发送器电路每当发送数据在逻辑值变化时,馈送到发送器线圈,脉冲形式的电流信号具有响应于逻辑值的每个变化而交替反转的正或负极性; 并且接收器电路输入感应电压信号,每个感应电压信号是由馈送到发射机线圈的电流信号在接收器线圈中感应出的具有正极性和负极性的双脉冲,以解调传输数据。 接收器电路包括:放大器,用于放大在接收器线圈中感应的双脉冲的感应电压信号; 以及信号生成单元,当检测到由放大器放大的双脉冲的感应电压信号中的第一单个脉冲时,为其中的第二单个脉冲建立不敏感期,以仅基于对应于传输数据的输出信号生成输出信号 第一个单脉冲。
    • 2. 发明授权
    • Magnetic position detection apparatus
    • 磁性位置检测装置
    • US09091565B2
    • 2015-07-28
    • US13085133
    • 2011-04-12
    • Yuji KawanoHiroshi KobayashiKazuyasu NishikawaTaisuke Furukawa
    • Yuji KawanoHiroshi KobayashiKazuyasu NishikawaTaisuke Furukawa
    • G01R33/09G01B7/14G01B7/30G01D5/14G01D5/245
    • G01D5/147G01D5/2451
    • A magnetic position detection apparatus includes a substrate, a magnet, a bridge circuit including first through fourth magneto-electric converting elements formed on the substrate, and a detection circuit. A substrate surface is substantially perpendicular to a magnet magnetization direction. The second and third magneto-electric converting elements are, when viewed along the magnet magnetization direction, disposed to be on or in the vicinity of a straight line passing through a center point of a magnetic pole of the magnet and parallel to a straight line perpendicular to both the magnet magnetization direction and the magnetic mobile object. The first and fourth magneto-electric converting elements are disposed so that, when not opposed to the magnetic mobile object, a component of a substrate of a magnetic field to be applied thereto is substantially same as that of a magnetic field to be applied to the second and third magneto-electric converting elements.
    • 磁性位置检测装置包括基板,磁体,包括形成在基板上的第一至第四磁电转换元件的桥接电路和检测电路。 基板表面基本上垂直于磁体磁化方向。 第二和第三磁电转换元件当沿着磁化磁化方向观察时,被设置在通过磁体的磁极的中心点并平行于垂直于直线的直线的直线附近或附近 磁化方向和磁性移动体。 第一和第四磁电转换元件设置成当不与磁性移动体相对时,要施加到其上的磁场的基板的分量与施加到磁性移动体的磁场的分量基本相同 第二和第三磁电转换元件。