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    • 1. 发明授权
    • Radio receiver having a diversity antenna structure
    • 具有分集天线结构的无线电接收机
    • US08457264B2
    • 2013-06-04
    • US10944509
    • 2004-09-17
    • James Ward Girardeau, Jr.Paul Morris AstrachanMathew A. RybickiBojan Subasic
    • James Ward Girardeau, Jr.Paul Morris AstrachanMathew A. RybickiBojan Subasic
    • H04B1/10
    • H04B7/0857
    • A radio receiver includes a first diversity antenna structure, a second diversity antenna structure, a first RF receiver section, a second RF receiver section, a combining module, and a baseband processing module. The first diversity antenna structure provides the received inbound RF signals from one of the plurality of first antennas based on a first antenna selection signal to produce first received inbound RF signals. The second diversity antenna structure provides the received inbound RF signals from one of the plurality of second antennas based on a second antenna selection signal to produce second received inbound RF signals. The first and second RF receiver sections are operably coupled to convert the first and second received inbound RF signals into first and second inbound baseband signals, respectively. The combining module combines the first and second inbound baseband signals to produce inbound baseband signals.
    • 无线电接收机包括第一分集天线结构,第二分集天线结构,第一RF接收机部分,第二RF接收机部分,组合模块和基带处理模块。 第一分集天线结构基于第一天线选择信号提供来自多个第一天线之一的接收入站RF信号,以产生第一接收的入站RF信号。 第二分集天线结构基于第二天线选择信号提供来自多个第二天线之一的接收的入站RF信号,以产生第二接收的入站RF信号。 第一和第二RF接收机部分可操作地耦合以分别将第一和第二接收入站RF信号转换成第一和第二入站基带信号。 组合模块组合第一和第二入站基带信号以产生入站基带信号。
    • 2. 发明授权
    • Rapidly adjustable local oscillation module and applications thereof
    • 快速可调的本地振荡模块及其应用
    • US08249533B2
    • 2012-08-21
    • US11274367
    • 2005-11-14
    • Bojan SubasicMathew A. Rybicki
    • Bojan SubasicMathew A. Rybicki
    • H03J7/32
    • H04B1/0071
    • A rapidly adjustable local oscillation (LO) module for use in a radio transmitter or a radio receiver includes an oscillation generating module and a high frequency switching module. The oscillation generating module is operably coupled to generate a plurality of local oscillations. The high frequency switching module is operably coupled to, for a first one of a plurality of transmission paths, provide one of the plurality of local oscillations when a first transmission path selection indication is in a first state and provide another one of the plurality of local oscillations when the first transmission path selection indication is in a second state and, for a second one of the plurality of transmission paths, provide the one of the plurality of local oscillations when a second transmission path selection indication is in a first state and provide the another one of the plurality of local oscillations when the second transmission path selection indication is in a second state.
    • 用于无线电发射机或无线电接收机的快速可调的本地振荡(LO)模块包括振荡发生模块和高频切换模块。 振荡发生模块可操作地耦合以产生多个本地振荡。 当第一传输路径选择指示处于第一状态并且提供多个本地振荡中的另一个本地振荡时,高频切换模块可操作地耦合到多个传输路径中的第一传输路径中的第一传输路径中的一个, 当第一传输路径选择指示处于第二状态时,并且当第二传输路径选择指示处于第一状态时,对于多个传输路径中的第二传输路径中的第二传输路径中的第二传输路径提供多个本地振荡中的一个,并且提供 当第二传输路径选择指示处于第二状态时,多个本地振荡中的另一个。
    • 3. 发明授权
    • RF transmitter and receiver front-end
    • 射频发射机和接收机前端
    • US07991379B2
    • 2011-08-02
    • US10741716
    • 2003-12-19
    • Bojan SubasicMathew A. Rybicki
    • Bojan SubasicMathew A. Rybicki
    • H04B1/16
    • H04B1/0071
    • A radio frequency receiver front-end includes a low noise amplifier, a mixing stage, and a selectable channel filter. The low noise amplifier is operably coupled to amplify inbound RF signals to produce amplified inbound RF signals. The mixing stage is operably coupled to mix amplified inbound RF signals with a 1st local oscillation to produce a 1st intermediate frequency (IF) signal. The selectable channel filter is operably coupled to pass a 1st channel of the 1st IF signal when a channel select signal is in a 1st state and to pass a 2nd channel of the 1st IF signal when the channel select signal is in a 2nd state to produce a selected channel.
    • 射频接收机前端包括低噪声放大器,混合级和可选择的通道滤波器。 低噪声放大器可操作地耦合以放大入站RF信号以产生放大的入站RF信号。 混合级可操作地耦合以将放大的入站RF信号与第一本地振荡混合以产生第一中频(IF)信号。 当通道选择信号处于第一状态时,可选择的通道滤波器可操作地耦合以通过第一IF信号的第一通道,并且当通道选择信号处于第二状态时通过第一IF信号的第二通道以产生 选定的频道。
    • 8. 发明授权
    • Method and apparatus for providing a high current driver on integrated
circuits
    • 在集成电路上提供高电流驱动器的方法和装置
    • US5635936A
    • 1997-06-03
    • US316681
    • 1994-09-30
    • Mathew A. Rybicki
    • Mathew A. Rybicki
    • H03M1/66H03M1/68
    • H03M1/68H03M1/66
    • An integrated circuit (100) may provide a high current, wide band, high fidelity output by providing a digital signal source (101) coupled to a first digital to analog source (102) and a second digital to analog source (103). The first digital to analog source (102) has a first power factor and a first fidelity factor, while the second digital to analog source (103) has a second power factor and a second fidelity factor, wherein the first power factor is greater than the second power factor. The outputs of the first and second digital to analog sources (107 and 108) are combined to provide a resultant (109), wherein the resultant (109) has a third power factor which is in the range of the first power factor and has a third fidelity factor which is greater than either the first fidelity factor the second fidelity factor.
    • 集成电路(100)可以通过提供耦合到第一数字到模拟源(102)和第二数字到模拟源(103)的数字信号源(101)来提供高电流,宽带,高保真输出。 第一数字到模拟源(102)具有第一功率因数和第一保真度因子,而第二数模转换源(103)具有第二功率因数和第二保真因子,其中第一功率因数大于 第二功率因数。 第一和第二数字到模拟源(107和108)的输出被组合以提供结果(109),其中结果(109)具有处于第一功率因数范围内的第三功率因数,并且具有 第三保真度因子大于第一保真因子第二保真因子。
    • 9. 发明授权
    • One hundred percent duty cycle sample-and-hold circuit
    • 百分之百占空比采样保持电路
    • US4691125A
    • 1987-09-01
    • US915837
    • 1986-10-03
    • Mathew A. Rybicki
    • Mathew A. Rybicki
    • G11C27/02
    • G11C27/026
    • A switched capacitor sample-and-hold circuit which compensates offset voltage error and switch feedthru error while having a one hundred percent duty cycle is provided. Two amplifiers are utilized. A first operational amplifier is disconnected from a second operational amplifier while being autozeroed. An input voltage is sampled onto an input capacitor. The input capacitor is disconnected from the input voltage and then coupled to the second operational amplifier which is in a unity gain configuration. After the sampled input voltage is charged onto an output load, the first operational amplifier is disconnected from the second operational amplifier and the sampling process is repeated. The second operational amplifier is also offset voltage compensated by the first operational amplifier.
    • 提供了开关电容器采样保持电路,其补偿偏移电压误差并且在百分之百占空比时切换馈通误差。 使用两个放大器。 第一运算放大器在被自动归零的情况下与第二运算放大器断开连接。 输入电压被采样到输入电容器上。 输入电容器与输入电压断开,然后耦合到处于单位增益配置的第二运算放大器。 在将采样的输入电压充电到输出负载之后,第一运算放大器与第二运算放大器断开连接,并重复采样过程。 第二运算放大器也由第一运算放大器进行偏移电压补偿。