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    • 5. 发明申请
    • PROGRAMMABLE INTEGRATED CIRCUIT DEVICE TO SUPPORT INDUCTIVE SENSING
    • 可编程集成电路设备支持感应感应
    • WO2010042361A3
    • 2010-09-02
    • PCT/US2009058979
    • 2009-09-30
    • MICROCHIP TECH INCSTEEDMAN SEANCURTIS KEITH ERUSCU RADUPOP PETRU CRISTIAN
    • STEEDMAN SEANCURTIS KEITH ERUSCU RADUPOP PETRU CRISTIAN
    • H03K17/96
    • H03K17/96H03K2217/96038
    • An integrated circuit device inductive touch analog front end excites selected ones of a plurality of inductive touch sensors and provides analog output signals representative of voltages across the coils of the plurality of inductive touch sensors. Various characteristics of the inductive touch analog front end are programmable, A digital processor controls selection of each one of the plurality of inductive touch sensors and receives the respective analog output voltage signal from the inductive touch AFE. The digital processor may program the characteristics of the inductive touch analog front end. When a sufficient change in the coil voltage is determined by the digital processor, that inductive touch sensor is assumed to have been actuated and the digital processor takes action based upon which one of the plurality of inductive touch sensors was actuated (touched).
    • 集成电路器件感应触摸模拟前端激励多个感应触摸传感器中的选定的一个,提供表示多个感应触摸传感器的线圈两端的电压的模拟输出信号。 感应式触摸模拟前端的各种特性是可编程的,A数字处理器控制多个感应式触摸传感器中的每一个的选择,并从感应触摸AFE接收相应的模拟输出电压信号。 数字处理器可以对感应式模拟前端的特性进行编程。 当由数字处理器确定线圈电压的充分变化时,假定该感应式触摸传感器已被致动,并且数字处理器基于多个感应式触摸传感器中的哪一个被触发(触摸)而采取行动。
    • 9. 发明申请
    • REGULATOR BYPASS START-UP IN AN INTEGRATED CIRCUIT DEVICE
    • 集成电路设备中的调节器旁路启动
    • WO2008137707A1
    • 2008-11-13
    • PCT/US2008/062455
    • 2008-05-02
    • MICROCHIP TECHNOLOGY INCORPORATEDSTEEDMAN, SeanDELPORT, VivienZDENEK, Jerrold, S.LOURENS, RuanCHARLES, MichaelJULICHER, JosephSCHROEDER, Eric
    • STEEDMAN, SeanDELPORT, VivienZDENEK, Jerrold, S.LOURENS, RuanCHARLES, MichaelJULICHER, JosephSCHROEDER, Eric
    • G11C5/14G05F1/46
    • G11C5/147
    • An internal' voltage regulator (108) in an integrated circuit device (102) is always active upon initial start-up and/or power-on-reset operations. The internal voltage regulator (108) protects the low voltage core logic circuits (104, 106) of the integrated circuit device (102) from excessively high voltages that may be present in a particular application. In addition, nonvolatile memory (104) may be part of and operational with the low voltage core logic circuits (104, 106) for storing device operating parameters. Therefore, the internal voltage regulator (108) also protects the low voltage nonvolatile memory (104) from excessive high voltages. Once the integrated circuit device (102) has stabilized and all logic circuits therein fully function, a bit(s) in the nonvolatile memory (104) may be read to determine if the internal voltage regulator (108) should remain active, e.g., power operation with a high voltage source, or be placed into a bypass mode for low power operation when the integrated circuit device (102) is powered by a low voltage.
    • 在初始启动和/或上电复位操作时,集成电路器件(102)中的内部“稳压器(108)”总是有效。 内部电压调节器(108)保护集成电路器件(102)的低电压核心逻辑电路(104,106)免受可能存在于特定应用中的过高的电压。 此外,非易失性存储器(104)可以是用于存储设备操作参数的低电压核心逻辑电路(104,106)的一部分并且可操作。 因此,内部稳压器(108)也保护低压非易失性存储器(104)免受过高的高电压的影响。 一旦集成电路器件(102)已经稳定并且其中的所有逻辑电路完全起作用,则可以读取非易失性存储器(104)中的位以确定内部稳压器(108)是否应该保持有效,例如功率 当集成电路器件(102)由低电压供电时,用高电压源操作或被置于旁路模式以进行低功率操作。