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    • 2. 发明授权
    • Directional capacitive proximity sensor with bootstrapping
    • 带引导的定向电容式接近传感器
    • US09176597B2
    • 2015-11-03
    • US13539731
    • 2012-07-02
    • Jenn Woei SooKien Beng Tan
    • Jenn Woei SooKien Beng Tan
    • G01R27/26G06F3/03G01B7/02
    • G06F3/03G01B7/023
    • A directional capacitive proximity sensor circuit capable of providing directional capacitive proximity sensing includes one or more guard electrodes, a first sensor, and a second sensor. The directional capacitive proximity sensor is installed in a device such that the first sensor is positioned near a first component of the device, and the second sensor is positioned near a second component of the device. The first and second sensors measure a capacitance to detect proximity of a user relative to the respective sensor, wherein the detected proximity is interpreted to determine a direction in which the user proximity is detected relative to the directional capacitive proximity sensor circuit. The guard electrode is provided to mitigate stray capacitance to reduce error in the capacitance measurements obtained by the first and second sensors.
    • 能够提供定向电容式接近感测的方向电容式接近传感器电路包括一个或多个保护电极,第一传感器和第二传感器。 定向电容式接近传感器安装在设备中,使得第一传感器位于设备的第一部件附近,并且第二传感器位于设备的第二部件附近。 第一和第二传感器测量电容以检测用户相对于相应传感器的接近度,其中所述检测到的接近度被解释为确定相对于所述方向电容式接近传感器电路检测到所述用户接近度的方向。 提供保护电极以减轻杂散电容以减少由第一和第二传感器获得的电容测量误差。
    • 6. 发明申请
    • DIRECTIONAL CAPACITIVE PROXIMITY SENSOR WITH BOOTSTRAPPING
    • 方向电容式传感器与引导
    • US20140004905A1
    • 2014-01-02
    • US13539731
    • 2012-07-02
    • Jenn Woei SooKien Beng Tan
    • Jenn Woei SooKien Beng Tan
    • G01R27/26H04W88/02
    • G06F3/03G01B7/023
    • A directional capacitive proximity sensor circuit capable of providing directional capacitive proximity sensing includes one or more guard electrodes, a first sensor, and a second sensor. The directional capacitive proximity sensor is installed in a device such that the first sensor is positioned near a first component of the device, and the second sensor is positioned near a second component of the device. The first and second sensors measure a capacitance to detect proximity of a user relative to the respective sensor, wherein the detected proximity is interpreted to determine a direction in which the user proximity is detected relative to the directional capacitive proximity sensor circuit. The guard electrode is provided to mitigate stray capacitance to reduce error in the capacitance measurements obtained by the first and second sensors.
    • 能够提供定向电容式接近感测的方向电容式接近传感器电路包括一个或多个保护电极,第一传感器和第二传感器。 定向电容式接近传感器安装在设备中,使得第一传感器位于设备的第一部件附近,并且第二传感器位于设备的第二部件附近。 第一和第二传感器测量电容以检测用户相对于相应传感器的接近度,其中所述检测到的接近度被解释为确定相对于所述方向电容式接近传感器电路检测到所述用户接近度的方向。 提供保护电极以减轻杂散电容以减少由第一和第二传感器获得的电容测量误差。
    • 7. 发明授权
    • Testing of analog-to-digital converters
    • 模拟 - 数字转换器的测试
    • US08558726B2
    • 2013-10-15
    • US13339649
    • 2011-12-29
    • Chee Weng CheongKien Beng Tan
    • Chee Weng CheongKien Beng Tan
    • H03M1/10
    • H03M1/108H03M1/46
    • Complete testing of an analog-to-digital converter (ADC) can be carried out using digital signals and at high speeds. Circuit elements are added to an ADC so that a first phase of testing may be carried out using a limited number of analog test voltages. The ADC may then be reconfigured using added circuit elements to disable conventional analog-to-digital conversion. A digital signal may then be applied to the ADC to rapidly test all switching elements used in analog-to-digital conversion. According to some implementations, testing times for ADCs may be reduced from hours to milliseconds.
    • 模数转换器(ADC)的完整测试可以使用数字信号和高速进行。 将电路元件添加到ADC,使得可以使用有限数量的模拟测试电压来执行第一阶段的测试。 然后可以使用附加的电路元件重新配置ADC,以禁用常规的模数转换。 然后可以将数字信号施加到ADC以快速测试用于模数转换的所有开关元件。 根据一些实施方案,ADC的测试时间可以从几小时减少到几毫秒。
    • 8. 发明授权
    • Low power preamplifier writer architecture
    • 低功率前置放大器写入器架构
    • US07408313B1
    • 2008-08-05
    • US11321766
    • 2005-12-28
    • Chan Sang KongKien Beng TanXiao Yu Miao
    • Chan Sang KongKien Beng TanXiao Yu Miao
    • H02P3/00H03K3/00
    • G11B5/09G11B5/022
    • A circuit is adapted to activate a writer head of a data storage media drive during both the boost periods as well as the steady state periods. The current supplied to the writer head during the boost periods exceeds the steady state current and flows between positive and negative voltage supplies so as to provide the required magnetic flux change in the inductor disposed in the write head. During the steady state periods, a switch circuit is turned on to provide a second current path across the writer head. During the steady state periods, the current flows between the positive voltage supply and the ground to reduce power consumption. The switch circuit is turned off during the boost periods.
    • 电路适于在升压期间和稳定状态期间激活数据存储介质驱动器的写入头。 在升压期间提供给写入头的电流超过稳态电流,并且在正和负电压源之间流动,以便在设置在写入头中的电感器中提供所需的磁通量变化。 在稳定状态期间,开关电路导通以提供穿过写入头的第二电流路径。 在稳态期间,电流在正电源和地之间流动,以降低功耗。 开关电路在升压期间关闭。
    • 9. 发明授权
    • Optimal resistor network layout
    • 最佳电阻网络布局
    • US6060760A
    • 2000-05-09
    • US910269
    • 1997-08-13
    • Kien Beng Tan
    • Kien Beng Tan
    • H01L27/08H01L29/40
    • H01L27/0802
    • A resistor network having a precise ratio of resistances of all resistors within the network while having a compact layout to minimize area is described. The integrated circuit resistor network has a plurality of unit resistors. Each unit resistor is composed of a thin film resistive material. The area of the thin film resistive material to form the unit resistor is a median value of the resistor elements to be formed into said integrated circuit resistor network. Each unit resistor has a contact means to connect to the plurality of unit resistors. A plurality of metal interconnection segments will connect to the contact means to form said integrated circuit resistor network. A plurality of metal conductive segments are connected to a metal interconnection segments and to external circuitry to connect the external circuitry to the integrated circuit resistor network.
    • 描述了具有网络内所有电阻器的精确电阻比的电阻网络,同时具有紧凑的布局以使面积最小化。 集成电路电阻网络具有多个单位电阻器。 每个单元电阻由薄膜电阻材料组成。 形成单元电阻器的薄膜电阻材料的面积是要形成所述集成电路电阻网络的电阻元件的中值。 每个单元电阻器具有连接到多个单元电阻器的接触装置。 多个金属互连段将连接到接触装置以形成所述集成电路电阻网络。 多个金属导电段连接到金属互连段和外部电路以将外部电路连接到集成电路电阻网络。