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    • 1. 发明申请
    • ESD PROTECTION FOR FIELD EFFECT TRANSISTORS OF ANALOG INPUT CIRCUITS
    • 模拟输入电路的场效应晶体管的ESD保护
    • WO2010062618A1
    • 2010-06-03
    • PCT/US2009/062254
    • 2009-10-27
    • QUALCOMM IncorporatedBROWN, Gary, Lee, JR.CICALINI, Alberto
    • BROWN, Gary, Lee, JR.CICALINI, Alberto
    • H03K17/081H01L27/02H03F1/52
    • H03K17/08104H01L27/0248H03F2200/294H03F2200/451
    • During an ESD event, an ESD current flows from a ground node of a first ESD protection circuit and out of an integrated circuit to a terminal of a package that houses the integrated circuit. To improve ESD performance, a second ESD protection circuit is provided. A diode of the second ESD protection circuit is coupled between the ground node and the body of an input transistor of a Low Noise Amplifier (LNA). If the voltage on the ground node changes quickly during an ESD event (for example, due to a current spike flowing across a wire bond), then the diode charges the body of the transistor, thereby preventing a large gate-to-body voltage from developing across transistor. In some embodiments, another ground bond pad is provided and the second ESD protection circuit includes other diodes that charge or discharge other nodes during the ESD event to prevent transistor damage
    • 在ESD事件期间,ESD电流从第一ESD保护电路的接地节点流出集成电路到容纳集成电路的封装的端子。 为了提高ESD性能,提供了第二个ESD保护电路。 第二ESD保护电路的二极管耦合在接地节点和低噪声放大器(LNA)的输入晶体管的主体之间。 如果在ESD事件期间接地节点上的电压变化很快(例如,由于电流尖峰流过引线键合),则二极管会对晶体管的体进行充电,从而防止大的门对电压 跨晶体管开发。 在一些实施例中,提供了另一个接地焊盘,并且第二ESD保护电路包括在ESD事件期间对其他节点充电或放电以防止晶体管损坏的其它二极管
    • 2. 发明申请
    • DYNAMIC DIVIDE BY 2 FREQUENCY DIVIDER WITH 25% DUTY CYCLE OUTPUT WAVEFORMS
    • 具有25%占空比输出波形的2个频率分流器动态分配
    • WO2013012755A1
    • 2013-01-24
    • PCT/US2012/046797
    • 2012-07-13
    • QUALCOMM INCORPORATEDCICALINI, Alberto
    • CICALINI, Alberto
    • H03K3/356H03K23/44
    • H03K23/44H03K3/356139
    • Disclosed are frequency dividers, methods, apparatus, and other implementations, including a frequency divider that includes at least one input line to deliver at least one signal with a first frequency, a divider stage comprising multiple divider active components to produce output signals each with a second frequency equal to substantially half the first frequency, and an input stage electrically coupled to the divider stage to enable operation of the divider stage, the input stage including multiple additional active components. Each of the output signals is electrically coupled to an input of a different corresponding component of the multiple additional active components to electrically actuate the respective different corresponding components such that each of the multiple additional active components is periodically in an ON state while during the same time at least another of the multiple additional active components of the input stage is in an OFF state.
    • 公开了分频器,方法,装置和其他实现方式,包括分频器,其包括至少一个输入线以递送具有第一频率的至少一个信号,分频器级包括多个除法器有源部件以产生每个具有 第二频率等于第一频率的大致一半,以及电耦合到分频器级以使分路器级能够操作的输入级,输入级包括多个额外的有源分量。 每个输出信号电耦合到多个附加有源分量的不同对应分量的输入,以电致动相应的不同对应分量,使得多个附加有源分量中的每一个周期性处于导通状态,同时在同一时间 输入级的多个附加有源部件中的至少另一个处于OFF状态。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR TUNING RESISTORS AND CAPACITORS
    • 用于调谐电阻和电容器的方法和装置
    • WO2007118167A2
    • 2007-10-18
    • PCT/US2007/066097
    • 2007-04-05
    • QUALCOMM INCORPORATEDCICALINI, Alberto
    • CICALINI, Alberto
    • H03H1/02H03H2210/021H03H2210/043
    • A two-step tuning process for resistors and capacitors in an integrated circuit is described. In the first step of the tuning process, an on-chip adjustable resistor is tuned based on an external resistor to obtain a tuned resistor. The value of the tuned resistor is accurate to within a target percentage determined by the external resistor and the design of the adjustable resistor. In the second step, an adjustable capacitor is tuned based on the tuned resistor and an accurate clock to obtain a tuned capacitor having an accurate value. The adjustable capacitor may be tuned such that an RC time constant for the tuned resistor and the tune capacitor is accurate to within a target percentage determined by the accurate clock and the design of the adjustable capacitor. The resistors and capacitors of other circuits on the integrated circuit may be adjusted based on the tuned resistor and the tuned capacitor, respectively.
    • 描述了集成电路中的电阻器和电容器的两步调谐过程。 在调谐过程的第一步中,基于外部电阻器调整片上可调电阻以获得调谐电阻。 调谐电阻的值精确到由外部电阻确定的目标百分比和可调电阻的设计之内。 在第二步中,基于调谐电阻器和精确时钟来调节可调电容器以获得具有准确值的调谐电容器。 可调整的可调电容器可以使得调谐电阻器和调谐电容器的RC时间常数精确到由精确时钟和可调电容器的设计确定的目标百分比之内。 可以分别基于调谐电阻器和调谐电容器来调整集成电路上的其它电路的电阻器和电容器。