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    • 1. 发明申请
    • Feedforward linear amplifier
    • 前馈线性放大器
    • US20040263249A1
    • 2004-12-30
    • US10610284
    • 2003-06-30
    • Michael D. LeffelEdward V. Louis
    • H03F001/26
    • H03F1/3229
    • A control circuit for a feed forward amplifier provides for pausing control and continuous adjustment of a control signal, provides for the control signal to start at any point, provides for rapid convergence, and that does not perturb the system up or down one step to confirm the convergence of the system. The control circuit receives a sampled version of a feed forward amplifier output signal, generates a non-offset control signal based on the sampled output signal, separately generates an offset voltage by reference to voltages stored in a table or based on the non-offset control signal, and combines the non-offset control signal with the offset voltage to produce a control signal. The feed forward amplifier may then adjust an error signal based on the control signal to produce an adjusted error signal that is capable of reducing distortion in the feed forward amplifier.
    • 用于前馈放大器的控制电路用于暂停控制和连续调节控制信号,提供控制信号在任何点启动,提供快速收敛,并且不会扰乱系统上下一步来确认 系统的融合。 控制电路接收前馈放大器输出信号的采样版本,基于采样的输出信号生成非偏移控制信号,通过参考存储在表中的电压或基于非偏移控制分别产生偏移电压 信号,并且将非偏移控制信号与偏移电压组合以产生控制信号。 然后,前馈放大器可以基于控制信号调整误差信号,以产生能够减少前馈放大器中的失真的经调整的误差信号。
    • 4. 发明申请
    • Method for calculating frequency and amplitude modulation for adiabatic electro magnetic pulses
    • 用于计算绝热电磁脉冲频率和幅度调制的方法
    • US20040167751A1
    • 2004-08-26
    • US10471654
    • 2004-04-15
    • Lorenz Mitschang
    • H03F001/26
    • G01R33/446
    • The invention relates to a method for calculating parameters fro frequency and/or amplitude modulated electromagnetic pulses for adiabatic transfer steps in a quantum mechanical system. The dynamic steps of the quantum mechanic system comprise a Hamilton Operator (H(t)) of a current system of co-ordinates. The inventive method consists of the following steps: a) transformation of the Hamilton Operator (H(t)) of a current system of co-ordinates into a subsequent system of co-ordinates for describing the t time depandency of the change in direction of the Hamilton Operator (H(t)); b) determination of the automatic commutation of the Hamilton Operator (H(t)) at a time t and the Hamilton Operator (H(tnull)) at a time tnull in the corresponding system of co-ordinates, whereby a differential equation system is obtained; c) calculation of the parameters from the differential equation system thus obtained.
    • 本发明涉及一种用于计算量子力学系统中绝热转移步骤的频率和/或幅度调制电磁脉冲参数的方法。 量子力学系统的动态步骤包括当前系统坐标系的汉密尔顿算子(H(t))。 本发明的方法包括以下步骤:a)将当前系统坐标的汉密尔顿算子(H(t))转换成随后的坐标系,以描述t的时间变化的时间依赖性 汉密尔顿算子(H(t)); b)在相应的坐标系中的时间t'确定在时间t的Hamilton运算符(H(t))和Hamilton运算符(H(t'))的自动换向,由此微分方程 系统获得; c)从如此获得的微分方程系统中计算参数。
    • 7. 发明申请
    • Data sampling
    • 数据采样
    • US20040158438A1
    • 2004-08-12
    • US10688393
    • 2003-10-17
    • Peter Patten
    • G06F015/00H04B015/00H03F001/26
    • G06F17/175G06F17/18
    • The invention relates to the determination of a physical property as a function of a n-dimensional domain, with n being a natural number. Values of said physical property correspond to vertices of a n-dimensional first grid that represent the domain. For a set of cells of said first grid, at least one inner point per cell is determined, whereby said inner points, together with the vertices of the first grid, form a respective second grid. Then, for each of said inner points, a corresponding value of the physical property at said inner point is determined, whereby in case a predefined criterion is not fulfilled, said value at the inner point is obtained by performing a measurement.
    • 本发明涉及作为n维域的函数的物理性质的确定,其中n是自然数。 所述物理属性的值对应于表示所述域的n维第一网格的顶点。 对于所述第一网格的一组单元,确定每个单元的至少一个内点,由此所述内点与第一格的顶点一起形成相应的第二格。 然后,对于每个所述内点,确定所述内点处的物理属性的相应值,由此在不满足预定标准的情况下,通过执行测量获得内点处的所述值。
    • 9. 发明申请
    • Delay mismatched feed forward amplifier system using penalties and floors for control
    • 延迟不正确的前馈放大器系统使用罚款和楼层进行控制
    • US20040124920A1
    • 2004-07-01
    • US10733498
    • 2003-12-11
    • Matthew J. HuntonRichard Neil Braithwaite
    • H03F001/26
    • H03F1/26H03F1/3235
    • A delay mismatched feed forward amplifier system employing a control system and method using floors and penalties is disclosed. The disclosed control system and method allows the second loop phase adjuster setting to be offset in a repeatable and controlled manner. Applying floors and penalties to offset the steady-state phase adjuster setting modifies the conventional pilot cancellation approach. In the conventional case, pilot cancellation has a distinct minimum that corresponds to the desired adjustment setting. In the disclosed approach, the measured pilot cancellation is clipped to a lower bound or floor to produce a set of equal valued minimum control results. The floor is selected to place a desired phase offset to the phase adjuster at the edge of minimum floor. To ensure that the correct phase adjuster offset is selected from the set of equal valued minimum control results, a control direction based penalty is added. By including both the floor and penalty, the phase adjuster steady state offset will be controlled to the edge of the minimum floor.
    • 公开了采用控制系统的延迟失配的前馈放大器系统和使用楼层和罚款的方法。 所公开的控制系统和方法允许以可重复和受控的方式偏移第二回路相位调节器设置。 应用楼层和罚款以抵消稳态相位调整器设置,修改了常规的先导取消方法。 在常规情况下,导频消除具有对应于期望的调整设置的明显的最小值。 在所公开的方法中,测量的导频消除被剪切到下限或下限以产生一组等价的最小控制结果。 选择地板以在相位调整器的最小楼层边缘放置期望的相位偏移。 为了确保从等值最小控制结果的集合中选择正确的相位调整器偏移,增加了基于控制方向的惩罚。 通过包括地板和罚款,相位调整器稳态偏移将被控制在最小楼层的边缘。