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    • 22. 发明授权
    • Zero-crossing direction and time interval jitter measurement apparatus using offset sampling
    • 使用偏移采样的零交叉方向和时间间隔抖动测量装置
    • US06865496B2
    • 2005-03-08
    • US10003918
    • 2001-11-01
    • Lovell H. CamnitzRoger L. JungermanRandall King
    • Lovell H. CamnitzRoger L. JungermanRandall King
    • H04L1/20G01R29/26
    • H04L1/205
    • A sampling apparatus for use in high data rate jitter measurement systems based on offset sampling uses a trigger circuit, along with a time-based variable delay, to align a sampling strobe to drive two samplers. An input data signal is split and fed via separate signal paths into the two samplers. One of the samplers is delayed in sampling the input signal or the input is delayed to one of the samplers, such that the two samples of the input signal are offset in time. The jitter present in the SUT can be calculated using the two samples. In addition, when using two strobe circuits, the jitter inherently present in the strobe circuits can be compensated for by offset sampling a reference clock with each main strobe to determine the phase and cycle number of the reference clock at each strobe time.
    • 用于基于偏移采样的高数据速率抖动测量系统的采样装置使用触发电路以及基于时间的可变延迟来对准采样选通以驱动两个采样器。 输入数据信号被分离并通过分离的信号路径馈送到两个采样器中。 其中一个采样器在对输入信号进行采样时被延迟,或者输入延迟到采样器之一,使得输入信号的两个采样在时间上偏移。 SUT中存在的抖动可以使用两个采样来计算。 此外,当使用两个选通电路时,可以通过对每个主选通脉冲采样参考时钟来补偿选通电路中固有存在的抖动,以确定每个选通时间的参考时钟的相位和周期数。
    • 23. 发明授权
    • Over-running clutch pulley with shortened depth
    • 超跑离合器皮带轮,缩短深度
    • US06691846B2
    • 2004-02-17
    • US09997583
    • 2001-11-29
    • Barry C. TitusRandall KingJared I. TaketaRussell E. Monahan
    • Barry C. TitusRandall KingJared I. TaketaRussell E. Monahan
    • F16D1312
    • F16H55/36F16D41/206
    • The over-running clutch pulley of a preferred embodiment of the invention includes a sheave member, a hub member located substantially concentrically within the sheave member, a spring member, and a stop surface, which cooperate to rotationally engage an input device and an output device. The sheave member preferably includes a sheave input section adapted to the engage the input device, and a sheave clutch section defining a sheave clutch surface. Similarly, the hub member preferably includes a hub output section adapted to engage the output device, and a hub clutch section defining a hub clutch surface. The stop surface functions to engage the spring member and to transfer some torque from the sheave member to the hub member during the acceleration of the sheave member in the first rotational direction relative the hub member.
    • 本发明的优选实施例的超跑离合器滑轮包括滑轮构件,大致同心地位于滑轮构件内的轮毂构件,弹簧构件和止动表面,其协作以旋转地接合输入装置和输出装置 。 滑轮构件优选地包括适于接合输入装置的滑轮输入部分和限定滑轮离合器表面的滑轮离合器部分。 类似地,轮毂构件优选地包括适于接合输出装置的轮毂输出部分和限定轮毂离合器表面的轮毂离合器部分。 止动表面用于接合弹簧构件,并且在滑轮构件相对于轮毂构件沿第一旋转方向加速期间将一些扭矩从滑轮构件传递到轮毂构件。