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    • 1. 发明授权
    • Logarithmic mean-square power detector
    • 对数均方功率检测器
    • US08581574B2
    • 2013-11-12
    • US12951654
    • 2010-11-22
    • Yalcin A. EkenPeter J. Katzin
    • Yalcin A. EkenPeter J. Katzin
    • G01R19/00
    • G01R21/12G01R15/09G01R19/02G06G7/24H03G3/3036H03G7/001
    • A mean square power detector in accordance with one or more embodiments includes a gain or attenuation circuit comprising a plurality of gain or attenuation elements arranged for generating a plurality of amplified or attenuated versions of a radio frequency (RF) input signal. The mean square power detector also includes a plurality of mean square detectors coupled to the gain or attenuation circuit. Each of the mean square detectors receives a different one of the plurality of amplified or attenuated versions of the RF input signal. Each of the plurality of mean square detectors generates an output signal representative of the mean square power of the RF input signal for a different input signal level range. A summing element is coupled to the plurality of mean square detectors for combining the output signals of the plurality of mean square detectors to generate a signal representative of the mean square or root mean square of the RF input signal.
    • 根据一个或多个实施例的均方根功率检测器包括增益或衰减电路,该增益或衰减电路包括被布置用于产生射频(RF)输入信号的多个放大或衰减版本的多个增益或衰减元件。 均方根功率检测器还包括耦合到增益或衰减电路的多个均方检测器。 每个均方检测器接收RF输入信号的多个放大或衰减版本中的不同的一个。 多个均方检测器中的每一个产生表示不同输入信号电平范围的RF输入信号的均方功率的输出信号。 求和元件耦合到多个均方检测器,用于组合多个均方检测器的输出信号,以产生表示RF输入信号的均方根或均方根的信号。
    • 2. 发明申请
    • LOGARITHMIC MEAN-SQUARE POWER DETECTOR
    • 对数均方幂检测器
    • US20110193550A1
    • 2011-08-11
    • US12951654
    • 2010-11-22
    • Yalcin A. EkenPeter J. Katzin
    • Yalcin A. EkenPeter J. Katzin
    • G01R19/00
    • G01R21/12G01R15/09G01R19/02G06G7/24H03G3/3036H03G7/001
    • A mean square power detector in accordance with one or more embodiments includes a gain or attenuation circuit comprising a plurality of gain or attenuation elements arranged for generating a plurality of amplified or attenuated versions of a radio frequency (RF) input signal. The mean square power detector also includes a plurality of mean square detectors coupled to the gain or attenuation circuit. Each of the mean square detectors receives a different one of the plurality of amplified or attenuated versions of the RF input signal. Each of the plurality of mean square detectors generates an output signal representative of the mean square power of the RF input signal for a different input signal level range. A summing element is coupled to the plurality of mean square detectors for combining the output signals of the plurality of mean square detectors to generate a signal representative of the mean square or root mean square of the RF input signal.
    • 根据一个或多个实施例的均方根功率检测器包括增益或衰减电路,该增益或衰减电路包括被布置用于产生射频(RF)输入信号的多个放大或衰减版本的多个增益或衰减元件。 均方根功率检测器还包括耦合到增益或衰减电路的多个均方检测器。 每个均方检测器接收RF输入信号的多个放大或衰减版本中的不同的一个。 多个均方检测器中的每一个产生表示不同输入信号电平范围的RF输入信号的均方功率的输出信号。 求和元件耦合到多个均方检测器,用于组合多个均方检测器的输出信号,以产生表示RF输入信号的均方根或均方根的信号。
    • 3. 发明授权
    • Active filter resonator and system and negative resistance generator
usable therein
    • 有源滤波器谐振器和系统及负电阻发生器可用于其中
    • US5451915A
    • 1995-09-19
    • US69298
    • 1993-05-26
    • Peter J. KatzinYalcin AyasliBrian E. Bedard
    • Peter J. KatzinYalcin AyasliBrian E. Bedard
    • H03B1/00H03B5/12H03B7/06H03H5/12H03H11/52H03J3/04H03H11/04
    • H03L7/0805H03B5/1203H03B5/1228H03B5/1243H03H11/52H03H5/12H03J3/04H03B2200/004H03B2200/0086H03B2201/0208H03B2201/036H03B7/06
    • A negative resistance generator includes first and second terminals; first and second inductors connected in series between the terminals; and a semiconductor amplifying device having a first control electrode connected to the first terminal and a first active electrode connected to the second terminal and a second active electrode connected to the junction of the inductors. When employed in an active filter resonator a first variable capacitor is interconnected with the inductors for setting the resonant frequency of the resonator. The resonators may be combined in an active filter with a transmission line where each of the resonators is interconnected to the line by decreasing resistance from the input to the output in order to balance the rf currents to which the resonators are subjected. An improved dual loop active filter control system is achieved by using a master oscillator that employs a resonator that is matched to the active filter resonator in the filter and servoing the frequency and Q-factor controls so that the drive signals are compensated for temperature drifts, manufacturing tolerances, and other problems while a buffer amplifier is used between the master oscillator and the frequency and gain control loops for isolating the master oscillator reference circuit from the loading of the loops and from the perturbation introduced by the frequency reference signal; a frequency shifting circuit in the frequency control loop permits the reference signal to be shifted to a lower or higher frequency than that of the master oscillator.
    • 负电阻发生器包括第一和第二端子; 在端子之间串联连接的第一和第二电感器; 以及半导体放大装置,其具有连接到第一端子的第一控制电极和连接到第二端子的第一有源电极和连接到电感器的结的第二有源电极。 当用于有源滤波器谐振器时,第一可变电容器与电感器互连,用于设定谐振器的谐振频率。 谐振器可以组合在有源滤波器与传输线之间,其中每个谐振器通过从输入到输出的电阻减小而互连到线路上,以平衡谐振器所经受的rf电流。 通过使用主振荡器实现改进的双环有源滤波器控制系统,该主振荡器采用与滤波器中的有源滤波器谐振器匹配的谐振器,并且对频率和Q因子控制进行伺服,以便驱动信号被补偿温度漂移, 制造公差和其他问题,而在主振荡器和频率和增益控制回路之间使用缓冲放大器,用于将主振荡器参考电路与负载环路以及由频率参考信号引入的扰动隔离; 频率控制环路中的频移电路允许参考信号被转换到比主振荡器更低或更高的频率。