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    • 3. 发明授权
    • Temperature compensation for RF detectors
    • 射频探测器的温度补偿
    • US07728647B2
    • 2010-06-01
    • US12175362
    • 2008-07-17
    • Vincenzo DiTommaso
    • Vincenzo DiTommaso
    • H01L35/00
    • H03G3/3042H03F3/3432H03F3/45085H03F2200/447
    • Compensation for an RF detector includes components having different order temperature functions. The components are combined and may be adjusted by various numbers of user-accessible terminals to provide individual adjustment for factors such as operating frequency. In some embodiments, first and second-order temperature functions are generated independently and combined to provide a polynomial function of temperature with coefficients that may be adjusted. In other embodiments, the outputs of the function generators may be more complex functions of temperature with various adjustable parameters.
    • RF检测器的补偿器包括具有不同顺序温度功能的组件。 这些组件被组合并且可以通过各种数量的用户可访问终端进行调整,以提供诸如操作频率等因素的单独调整。 在一些实施例中,独立地生成一阶和二阶温度函数并组合以提供具有可被调整的系数的温度的多项式函数。 在其他实施例中,功能发生器的输出可以是具有各种可调节参数的温度的更复杂的功能。
    • 5. 发明授权
    • Fully differential logic or circuit for multiple non-overlapping inputs
    • 用于多个不重叠输入的全差分逻辑或电路
    • US06265901B1
    • 2001-07-24
    • US09448121
    • 1999-11-24
    • Kenneth J. SternVincenzo DiTommaso
    • Kenneth J. SternVincenzo DiTommaso
    • H03K19086
    • H03M7/22
    • A high speed, multiple input restrictive OR circuit with fully differential inputs and output is used in applications in which only one input can be active at a time. N differential voltage inputs are converted into N corresponding differential current signals of unit current values. The current signals corresponding to active complement input signals are summed together, with a compensation current equal to (N−1) current units subtracted from the total. The resulting compensated complement currents together with any active input current form a single differential current that indicates the logic state at the input. This differential current is preferably converted to a buffered output differential voltage in an output stage. For high accuracy applications, a common unit reference current is used to generate both a scaled compensation current and unit input stage source currents.
    • 具有全差分输入和输出的高速,多输入限制OR电路用于一次只能有一个输入有效的应用中。 N个差分电压输入转换为单位电流值的N个相应的差分电流信号。 与有效补码输入信号对应的电流信号相加在一起,补偿电流等于从总数减去的(N-1)个当前单位。 所产生的补偿补偿电流与任何有源输入电流一起形成单个差分电流,指示输入端的逻辑状态。 该差分电流优选地在输出级转换为缓冲输出差分电压。 对于高精度应用,公共单位参考电流用于产生标定的补偿电流和单位输入级源电流。
    • 6. 发明授权
    • Compensation with ratiometric attenuation
    • 补偿比例衰减
    • US08207777B1
    • 2012-06-26
    • US11355318
    • 2006-02-14
    • Vincenzo DiTommaso
    • Vincenzo DiTommaso
    • G06G7/24
    • H03G7/001H03G7/08
    • An input signal is applied to a ratiometric gain/attenuator circuit. A nulling circuit is arranged to null the input signal with an output from the ratiometric gain/attenuator circuit. The ratiometric gain/attenuator circuit may include a gain stage in series with a ratiometric attenuator. By implementing the attenuator ratiometrically, the gain may be compensated with reference to a ratio of component values. A limiting stage with an absolute reference may precede the gain stage, and a pair of detector cells may arranged at the inputs to the nulling circuit.
    • 输入信号被施加到比例增益/衰减器电路。 排列电路被设置为使用比例增益/衰减器电路的输出使输入信号无效。 比例增益/衰减器电路可以包括与比例衰减器串联的增益级。 通过比例地实现衰减器,可以参考组件值的比率来补偿增益。 具有绝对参考的限制级可以在增益级之前,并且一对检测器单元可以布置在零电路的输入处。
    • 9. 发明申请
    • Compensation for detectors
    • 检测器补偿
    • US20060132216A1
    • 2006-06-22
    • US11020897
    • 2004-12-22
    • Vincenzo DiTommaso
    • Vincenzo DiTommaso
    • G06G7/24
    • G06G7/24
    • The intercept of a logarithmic amplifier is temperature stabilized by generating a signal having the form H log H where H is a function of temperature such as T/T0. The first H factor is cancelled, thereby generating a correction signal having the form Y log H. The cancellation may be implemented with a transconductance cell having a hyperbolic tangent function. The H log H function may be generated by a pair of junctions biased by one temperature-stable current and one temperature-dependent current. The pair of junctions and the transconductance cell may be coupled together in a translinear loop. A user-accessible terminal may allow adjustment of the correction signal for different operating frequencies.
    • 对数放大器的截距通过产生具有H log H形式的信号来进行温度稳定,其中H是诸如T / T 0℃之类的温度的函数。 第一H因子被取消,从而产生具有Y log H形式的校正信号。可以用具有双曲正切函数的跨导单元实现取消。 H对数H函数可以由一对由一个温度稳定电流和一个温度依赖电流偏置的接点产生。 一对结和跨导单元可以在一个跨线性环路中耦合在一起。 用户可访问的终端可以允许针对不同的操作频率调整校正信号。