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    • 1. 发明授权
    • SerDes power throttling as a function of detected error rate
    • SerDes功率节流作为检测到的错误率的函数
    • US08578222B2
    • 2013-11-05
    • US13029934
    • 2011-02-17
    • Dexter T ChunJack K WolfJungwon SuhTirdad Sowlati
    • Dexter T ChunJack K WolfJungwon SuhTirdad Sowlati
    • G06F11/00
    • H04L12/12H04L1/0001H04L1/0036H04L25/02H04W52/0209Y02D70/00
    • A system involves a first SerDes link from a first integrated circuit (IC) to a second IC and a second link from the second IC to the first IC. Power consumption settings in circuitry of the first link are adjusted to control power consumption such that the bit error rate of the first link is maintained in a range, where the lower bound of the range is substantially greater than zero. Power consumption settings in circuitry for the second link are adjusted to control power consumption such that the bit error rate of the second link is maintained in range, where the lower bound of the range is substantially greater than zero. In one example, circuitry in the second IC detects errors in the first link and reports back via the second link. The first IC uses the reported information to determine a bit error rate for the first link.
    • 系统涉及从第一集成电路(IC)到第二IC的第一SerDes链路以及从第二IC到第一IC的第二链路。 调整第一链路的电路中的功率消耗设置以控制功率消耗,使得第一链路的误码率保持在范围的下限基本上大于零的范围内。 调整用于第二链路的电路中的功率消耗设置以控制功率消耗,使得第二链路的误码率保持在范围内,其范围的下限基本上大于零。 在一个示例中,第二IC中的电路检测第一链路中的错误并通过第二链路报告。 第一个IC使用报告的信息来确定第一个链路的误码率。
    • 2. 发明申请
    • SERDES POWER THROTTLING AS A FUNCTION OF DETECTED ERROR RATE
    • 作为检测到的错误率的功能将功率节制作为电源
    • US20120216084A1
    • 2012-08-23
    • US13029934
    • 2011-02-17
    • Dexter T. ChunJack K. WolfJungwon SuhTirdad Sowlati
    • Dexter T. ChunJack K. WolfJungwon SuhTirdad Sowlati
    • G06F11/00
    • H04L12/12H04L1/0001H04L1/0036H04L25/02H04W52/0209Y02D70/00
    • A system involves a first SerDes link from a first integrated circuit (IC) to a second IC and a second link from the second IC to the first IC. Power consumption settings in circuitry of the first link are adjusted to control power consumption such that the bit error rate of the first link is maintained in a range, where the lower bound of the range is substantially greater than zero. Power consumption settings in circuitry for the second link are adjusted to control power consumption such that the bit error rate of the second link is maintained in range, where the lower bound of the range is substantially greater than zero. In one example, circuitry in the second IC detects errors in the first link and reports back via the second link. The first IC uses the reported information to determine a bit error rate for the first link.
    • 系统涉及从第一集成电路(IC)到第二IC的第一SerDes链路以及从第二IC到第一IC的第二链路。 调整第一链路的电路中的功率消耗设置以控制功率消耗,使得第一链路的误码率保持在范围的下限基本上大于零的范围内。 调整用于第二链路的电路中的功率消耗设置以控制功率消耗,使得第二链路的误码率保持在范围内,其范围的下限基本上大于零。 在一个示例中,第二IC中的电路检测第一链路中的错误并通过第二链路报告。 第一个IC使用报告的信息来确定第一个链路的误码率。
    • 9. 发明授权
    • Power measurement circuit including harmonic filter
    • 功率测量电路包括谐波滤波器
    • US06657425B2
    • 2003-12-02
    • US09891668
    • 2001-06-26
    • Tirdad SowlatiSifen Luo
    • Tirdad SowlatiSifen Luo
    • G01R2502
    • G01R21/12G01R21/10
    • A shorting element, preferably a resonant inductor-capacitor circuit, is inserted in parallel with a sense transistor, which itself is in parallel with a power transistor. The use of the shorting element in combination with the sense transistor, provides a technique to have a monotonic power detection. The shorting element eliminates extraneous currents caused by inherent collector-base and collector-substrate diodes of sense transistor, and also eliminates the extraneous collector voltage swing of the sense transistor caused by mutual coupling between inductors connected to the power and sense transistors.
    • 短路元件,优选谐振电感器 - 电容器电路与感测晶体管并联插入,读出晶体管本身与功率晶体管并联。 使用短路元件与感测晶体管组合提供了一种具有单调功率检测的技术。 短路元件消除了由感测晶体管的固有集电极 - 基极和集电极 - 基极二极管引起的外部电流,并且还消除了由连接到功率和感测晶体管的电感器之间的相互耦合引起的感测晶体管的外部集电极电压摆幅。
    • 10. 发明授权
    • Cascode bootstrapped analog power amplifier circuit
    • Cascode自举模拟功率放大器电路
    • US06496074B1
    • 2002-12-17
    • US09671890
    • 2000-09-28
    • Tirdad Sowlati
    • Tirdad Sowlati
    • H03F122
    • H03F1/523H03F1/223
    • A cascode bootstrapped analog power amplifier circuit includes a first MOSFET and a second MOSFET connected in series and coupled between a dc voltage source terminal and a common terminal. An rf input signal terminal is coupled to a gate electrode of the first MOSFET and a dc control voltage terminal is coupled to a gate electrode of the second MOSFET, with a unidirectionally-conducting element such as a diode-connected MOSFET being coupled between a drain electrode and the gate electrode of the second MOSFET. The output of the amplifier circuit is taken from the drain electrode of the second MOSFET. This circuit configuration, permits he first and second MOSFETs to withstand a larger output voltage swing, thus permitting the use of a higher supply voltage and resulting in a substantially increased maximum output power capability for a given load value.
    • 级联自举模拟功率放大器电路包括串联连接并耦合在直流电压源端子和公共端子之间的第一MOSFET和第二MOSFET。 RF输入信号端子耦合到第一MOSFET的栅电极,并且直流控制电压端子耦合到第二MOSFET的栅电极,其中单向导电元件例如二极管连接的MOSFET耦合在漏极 电极和第二MOSFET的栅电极。 放大器电路的输出取自第二MOSFET的漏电极。 该电路配置允许他的第一和第二MOSFET承受更大的输出电压摆幅,从而允许使用更高的电源电压,并且对于给定的负载值而导致基本上增加的最大输出功率能力。