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    • 2. 发明授权
    • Power supply with programmable fuse for mode selection
    • 带可编程保险丝的电源供模式选择
    • US07446593B2
    • 2008-11-04
    • US11006245
    • 2004-12-07
    • Wayne T. KilianJeffrey S. HallRyan R. FurioJason M. Chilcote
    • Wayne T. KilianJeffrey S. HallRyan R. FurioJason M. Chilcote
    • H01H37/76
    • G05F3/30
    • A voltage regulator operable as a voltage follower while a fusible link is closed and in a regulated voltage mode when the fusible link becomes open. The voltage regulator can be formed on monolithic semiconductor chips. Patterned thin films including aluminum and nickel-iron, and aluminum and polycrystalline silicon, comprise the fusible link. With the fusible link closed, the voltage regulator output is an analog of positive polarity variable voltage levels at the regulator input. Systems powered by the voltage regulator are allowed to be programmed until system programming requiring variable voltage levels is complete. Afterwards, a negative polarity voltage is applied to the regulator input causing a large current to pass through the fusible link once the system programming is completed. Current thereby causes the fusible link to become opened and enables the voltage regulator to begin operating at a regulated voltage in response to positive voltage input.
    • 一个电压调节器可操作为电压跟随器,同时可熔链路处于闭合状态,并且当熔丝断开时处于稳压电压模式。 电压调节器可以形成在单片半导体芯片上。 包括铝和镍 - 铁以及铝和多晶硅的图案化薄膜包括可熔链。 在熔断管关闭的情况下,稳压器输出是稳压器输入端的正极性可变电压电平的模拟量。 允许由电压调节器供电的系统被编程,直到需要可变电压电平的系统编程完成为止。 之后,一旦完成了系统编程,则负极性电压被施加到调节器输入端,导致大的电流通过熔丝。 因此,电流使得可熔链路变得断开,并且使得电压调节器响应于正电压输入而以调节的电压开始工作。
    • 3. 发明授权
    • Power supply rejection circuit for capacitively-stored reference voltages
    • 用于电容性存储的参考电压的电源抑制电路
    • US06717789B2
    • 2004-04-06
    • US10008899
    • 2001-12-05
    • Perry A. HolmanJason M. Chilcote
    • Perry A. HolmanJason M. Chilcote
    • H02H322
    • G01R17/10G01D3/032H02M1/12
    • A power supply rejection circuit and method thereof for capacitively-stored reference voltages is disclosed. The power supply rejection circuit generally comprises a comparison circuit for comparing a signal associated with a power supply such as, for example, a Wheatstone bridge configuration, to a stored reference voltage, such that the comparison circuit includes at least one existing capacitor therein. At least one additional capacitor can be then coupled to the comparison circuit, such that the additional capacitor creates a capacitively-coupled voltage divider. This capacitively-coupled voltage divider negates the first order effects of power supply noise in the system. This effect significantly reduces the effect of power supply noise and improves signal jitter associated with the comparison circuit during a comparison of the signal to the stored reference voltage utilizing the comparison circuit.
    • 公开了一种用于电容存储的参考电压的电源抑制电路及其方法。 电源抑制电路通常包括比较电路,用于将与诸如惠斯通电桥配置的电源相关联的信号与存储的参考电压进行比较,使得比较电路在其中包括至少一个现有的电容器。 然后可以将至少一个附加电容器耦合到比较电路,使得附加电容器产生电容耦合分压器。 该电容耦合分压器消除了系统中电源噪声的一阶影响。 这种效应显着降低了电源噪声的影响,并且在利用比较电路比较信号与存储的参考电压之间,改善与比较电路相关联的信号抖动。
    • 4. 发明授权
    • Magnetic speed, direction, and/or movement extent sensor
    • 磁性速度,方向和/或运动范围传感器
    • US07915886B2
    • 2011-03-29
    • US11668131
    • 2007-01-29
    • Joel D. StolfusJason M. Chilcote
    • Joel D. StolfusJason M. Chilcote
    • G01P3/44
    • G01P3/487G01P13/045
    • A first magnetic sensor produces a first output signal in response to movement of a target such as a multi-pole ring magnet, and a second magnetic sensor produces a second output signal in response to movement of the target. The first and second magnetic sensors may be corresponding magnetoresistor sensors, the first and second magnetic sensors may be intertwined, the first and second magnetic sensors may be oriented at an angle with respect to one another so as to produce a difference in phase between the first and second output signals, the first and second magnetic sensors may be arranged so as to produce a 90° phase difference between the first and second output signals, and/or the first and second magnetic sensors may be formed on a semiconductor substrate.
    • 第一磁传感器响应于诸如多极环形磁体的目标的移动而产生第一输出信号,并且第二磁传感器响应于目标的移动而产生第二输出信号。 第一和第二磁传感器可以是对应的磁阻传感器,第一和第二磁传感器可以相互缠绕,第一和第二磁传感器可以相对于彼此成一定角度定向,从而产生第一和第二磁传感器之间的相位差 和第二输出信号,第一和第二磁性传感器可以被布置成在第一和第二输出信号之间产生90°的相位差,和/或第一和第二磁性传感器可以形成在半导体衬底上。
    • 5. 发明授权
    • Short circuit protection for a high or low side driver with low impact to driver performance
    • 对驾驶员性能低影响的高侧或低侧驾驶员的短路保护
    • US06597553B2
    • 2003-07-22
    • US10026752
    • 2001-12-18
    • Jason M. ChilcotePeter G. Hancock
    • Jason M. ChilcotePeter G. Hancock
    • H02H320
    • H03K17/0826
    • A voltage driver having a pass transistor using a sensing diode and disabling transistor to sense and disable the driver during a short circuit condition. No current sense resistors or other devices in series with the pass transistor are used. During a short circuit condition, the collector-emitter (or drain-source) voltage of the pass transistor prevents the sensing diode from conducting which causes the disabling transistor to remove the control signal to the pass transistor. This latches the driver output off, protecting the driver from the short circuit condition. Recycling the control signal unlatches the protection, allowing another attempt to turn on the driver.
    • 具有传感晶体管的电压驱动器,其使用感测二极管,并且在短路状态下禁用晶体管来感测和禁用驱动器。 不使用与传输晶体管串联的电流检测电阻器或其他器件。 在短路状态期间,传输晶体管的集电极 - 发射极(或漏极 - 源极)电压防止感测二极管导通,这导致禁用晶体管去除传输晶体管的控制信号。 这会锁定驱动器输出,保护驱动器免受短路情况的影响。 回收控制信号解除保护,允许另一次尝试打开驱动程序。
    • 7. 发明授权
    • Magnetic-effect sensing apparatus with signal thresholding
    • 具有信号阈值的磁效应传感器
    • US06727689B1
    • 2004-04-27
    • US10631850
    • 2003-07-24
    • Greg R. FurlongJoel D. StolfusJason M. ChilcoteScott L. Bunyer
    • Greg R. FurlongJoel D. StolfusJason M. ChilcoteScott L. Bunyer
    • G01P3489
    • G01D5/2448G01P3/4802G01P3/488G01P3/489
    • An apparatus and method for detecting gear features is provided. The apparatus includes a magnetic-sensing element, a thresholding module, and an output module. The magnetic-sensing element may provide a sensor-output signal indicative of the presence of a gear feature. The thresholding module may (i) transform the sensor-output signal into a characteristic waveform, which is also indicative of the presence of the gear feature; (ii) detect a first difference between the characteristic waveform and a reference signal, and responsively provide a tracking signal that tracks this difference; and (iii) detect a second difference between the tracking and reference signals, and responsively adjust the sensor-output signal. Adjustment may be performed (i) as a function of the second difference when it falls below a given threshold and (ii) by a predetermined amount when the second difference satisfies the given threshold. The output module may produce an output signal as a function of the characteristic waveform and the reference signals.
    • 提供一种用于检测齿轮特征的装置和方法。 该装置包括磁感元件,阈值模块和输出模块。 磁传感元件可以提供指示齿轮特征存在的传感器输出信号。阈值模块可以(i)将传感器输出信号转换成特征波形,其也指示齿轮特征的存在 ; (ii)检测特征波形和参考信号之间的第一差异,并且响应地提供跟踪该差异的跟踪信号; 并且(iii)检测跟踪信号和参考信号之间的第二差异,并且响应地调整传感器输出信号。调整可以在(i)当其低于给定阈值时作为第二差异的函数执行(ii) 当第二差异满足给定阈值时的预定量。 输出模块可以产生作为特征波形和参考信号的函数的输出信号。
    • 8. 发明授权
    • Magnetic speed, direction, and/or movement extent sensor
    • 磁性速度,方向和/或运动范围传感器
    • US07834616B2
    • 2010-11-16
    • US11677855
    • 2007-02-22
    • Joel D. StolfusJason M. Chilcote
    • Joel D. StolfusJason M. Chilcote
    • G01P3/44
    • G01P3/487G01D5/145G01D5/2451G01P3/488G01P3/489G01P13/045
    • A first magnetic sensor is formed on a semiconductor substrate, and the first magnetic sensor produces a first output signal in response to movement of a multi-pole magnet. A second magnetic sensor is formed on the semiconductor substrate so as to be intertwined with the first magnetic sensor and so as to be at a predetermined angle with respect to the first magnetic sensor. The second magnetic sensor produces a second output signal in response to movement of the multi-pole magnet. The predetermined angle is between 0° and 180° exclusive, and the predetermined angle is sufficient to produce a difference in phase between the first and second output signals. An output signal converter converts the first and second output signals to a linear signal.
    • 第一磁传感器形成在半导体衬底上,并且第一磁传感器响应于多极磁体的移动产生第一输出信号。 第二磁传感器形成在半导体衬底上,以与第一磁传感器相互缠绕,并相对于第一磁传感器处于预定角度。 第二磁传感器响应于多极磁体的运动产生第二输出信号。 该预定角度在0°和180°之间是专有的,并且预定角度足以产生第一和第二输出信号之间的相位差。 输出信号转换器将第一和第二输出信号转换成线性信号。