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    • 1. 发明申请
    • ELECTRICAL FUNNEL: A NOVEL BROADBAND SIGNAL COMBINING METHOD
    • 电动飞机:新型宽带信号组合方法
    • WO2007035956A1
    • 2007-03-29
    • PCT/US2006/037376
    • 2006-09-22
    • CALIFORNIA INSTITUTE OF TECHNOLOGYAFSHARI, EhsanHAJIMIRI, Seyed Ali
    • AFSHARI, EhsanHAJIMIRI, Seyed Ali
    • H01P5/02H03H7/52H03H7/48H03H11/36
    • H01P5/02H01P5/12
    • An electrical signal transformation device (100) configured for emulation of physical, for example, optical, phenomena and/or a mathematical or logical process. The device employs a first plurality (X oriented Li j ) , second plurality (Y oriented Lij) and third plurality (Cij) of electrical components each having a first terminal and a second terminal. The first plurality and second plurality of electrical components are arranged along a first direction (X) and a second direction (Y) respectively, to form a planar two dimensional lattice (110) . The first plurality of electrical components (X oriented Lij) are configured to provide at least one of a constant signal propagation velocity and/or amplitude while the second plurality of electrical components (Y oriented Lij ) are configured to provide at least one of a varying signal propagation velocity and/or amplitude. The lattice includes at least two input signal nodes and at least one output signal node and is configured to transform and communicate a plurality of input signals from the input node to the output node .
    • 一种电信号变换装置(100),被配置用于仿真物理,例如光学,现象和/或数学或逻辑过程。 该装置采用分别具有第一端子和第二端子的第一多个(X取向Li j),第二多个(Y取向Lij)和第三多个(Cij)电气部件。 第一多个和第二多个电气部件分别沿着第一方向(X)和第二方向(Y)布置,以形成平面二维网格(110)。 第一组多个电组件(X取向Lij)被配置成提供恒定的信号传播速度和/或振幅中的至少一个,而第二组多个电组件(Y定向的Lij)被配置成提供至少一个变化的 信号传播速度和/或振幅。 晶格包括至少两个输入信号节点和至少一个输出信号节点,并且被配置为将多个输入信号从输入节点变换和传送到输出节点。
    • 2. 发明申请
    • RESONATOR CIRCUIT AND AMPLIFIER CIRCUIT
    • WO2011156379A3
    • 2011-12-15
    • PCT/US2011/039451
    • 2011-06-07
    • CORNELL UNIVERSITYAFSHARI, EhsanLEE, Wooram
    • AFSHARI, EhsanLEE, Wooram
    • H03B5/18H01P7/00H03F1/26
    • A passive frequency divider in a CMOS process. More specifically, an electrical distributed parametric oscillator to realize a passive CMOS frequency divider with low phase noise. Instead of using active devices, which are the main sources of noise and power consumption, an oscillation at half of the input frequency is sustained by the parametric process based on nonlinear interaction with the input signal. For example, one embodiment is a 20 GHz frequency divider utilizing a CMOS varactor and made in a 0.13 μιτι CMOS process. In this embodiment: (i) without any dc power consumption, 600 mV differential output amplitude can be achieved for an input amplitude of 600 mV; and (ii) the input frequency ranged from 18.5 GHz to 23.5 GHz with varactor tuning. In this embodiment, the output phase noise is almost 6 dB lower than that of the input signal for all offset frequencies up to 1 MHz. Also, a resonant parametric amplifier with a low noise figure (NF) by exploiting the noise squeezing effect. Noise squeezing occurs through the phase- sensitive amplification process and suppresses one of two quadrature components in input noise. When the input signal is only in the direction of the non-suppressed quadrature component, squeezing can lower that NF by almost 3 dB. The resonant structure of the proposed amplifier achieves the squeezing effect using a low number of LC elements.
    • 5. 发明申请
    • ELECTRICAL PRISM: A HIGH QUALITY FACTOR FILTER FOR MILLIMETER-WAVE AND TERAHERTZ FREQUENCIES
    • 电气公司:一个高质量因子滤波器,用于米勒波特和特拉法茨频率
    • WO2011078857A1
    • 2011-06-30
    • PCT/US2009/069261
    • 2009-12-22
    • CORNELL UNIVERSITYAFSHARI, EhsanMOMENI, Omeed
    • AFSHARI, EhsanMOMENI, Omeed
    • H01P1/20H01P1/203
    • G02B1/007H01Q15/0013
    • Filters and methods which may be used with millimeter-wave and terahertz frequency range are disclosed. The filter (48, 54, 68) is formed as an electrical prism which may include a first lattice (10, 30) forming an interface (50, 56, 70) with a second lattice (10, 30). Each lattice (10, 30) may include a plurality of passive elements, such as inductors (12), capacitors (14), and the like. The first lattice (10, 30) may include an input (72) disposed at an input boundary (76) thereof, while the second lattice (10, 30) may include an output (74) disposed at an output boundary (78) thereof. Furthermore, the first and second lattices (10, 30) may be configured to receive a signal at the input (72) of the first lattice (10, 30), propagate the signal to the interface (50, 56, 70), and direct the signal to the outputs (74) of the second lattice (10, 30).
    • 公开了可以与毫米波和太赫兹频率范围一起使用的滤波器和方法。 过滤器(48,54,68)形成为电棱镜,其可以包括形成具有第二格子(10,30)的界面(50,56,70)的第一格子(10,30)。 每个晶格(10,30)可以包括多个无源元件,例如电感器(12),电容器(14)等。 第一晶格(10,30)可以包括设置在其输入边界(76)处的输入(72),而第二格(10,30)可包括布置在其输出边界(78)处的输出(74) 。 此外,第一和第二晶格(10,30)可以被配置为在第一晶格(10,30)的输入端(72)处接收信号,将信号传播到接口(50,56,70),以及 将信号引导到第二晶格(10,30)的输出端(74)。