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    • 2. 发明申请
    • SIMULTANEOUS DUAL POLARIZATION RADAR SYSTEM
    • 同时双极化雷达系统
    • WO2006052431A1
    • 2006-05-18
    • PCT/US2005/038196
    • 2005-10-24
    • ENTERPRISE ELECTRONICS CORPORATION
    • ALFORD, James, LarryHELVIN, James, Rogers
    • G01S13/95
    • G01S7/025G01S7/003G01S7/024G01S7/03G01S13/951Y02A90/18
    • A simultaneous dual polarization radar system is disclosed that utilizes a RF power divider (21) to replace the high speed dual polarization switches utilized in current dual polarization radar systems. The disclosed systems allow for transmission and reception in both horizontal and vertical signal modes simultaneously while repositioning critical receiver components above the elevation rotary coupler (34) in a radar pedestal. A bypass (25a, b) switch is also utilized to allow for mode switching of a radar system and a dual polarization reception design (21a, b; 22; 39; 41; 38; 24) is shown to allow for the economical capturing of linear depolarization ratios of selected atmospheric areas. These new designs eliminate the current problems experienced in current dual polarization radar system of long dwell times and velocity range reductions, and the elimination of the relatively expensive and unreliable polarization switch.
    • 公开了一种同时双极化雷达系统,其利用RF功率分配器(21)来代替当前双极化雷达系统中使用的高速双极化开关。 所公开的系统允许同时在水平和垂直信号模式中进行发射和接收,同时在雷达基座中的仰角旋转耦合器(34)上方的关键接收器组件重新定位。 旁路(25a,b)开关还用于允许雷达系统的模式切换,并且示出了双极化接收设计(21a,b; 22; 39; 41; 38; 24),以允许经济地捕获 选定大气区域的线性去极化率。 这些新设计消除了目前在长停留时间和速度范围减小的双极化雷达系统中遇到的问题,并消除了相对昂贵和不可靠的偏振开关。
    • 3. 发明申请
    • SIMULTANEOUS DUAL POLARIZATION RADAR SYSTEM
    • 同时双极化雷达系统
    • WO2005003806A2
    • 2005-01-13
    • PCT/US2004/007554
    • 2004-03-12
    • ENTERPRISE ELECTRONICS CORPORATION
    • ALFORD, James, LarryHELVIN, James, Rogers
    • G01S
    • G01S13/951G01S7/025G01S7/03Y02A90/18
    • A simultaneous dual polarization radar system is disclosed that utilizes a RF power divider (21) to replace the high speed dual polarization switches (17) utilized in current dual polarization radar systems. The disclosed systems allow for transmission and reception in both horizontal and vertical signal modes simultaneously while repositioning critical receiver components (37, 38, 24) above the elevation rotary coupler (34) in a radar pedestal (16). A bypass switch (25a,b) is also utilized to allow for mode switching of a radar system and a dual polarization reception design (55) is disclosed to allow for the economical capturing of linear depolarization ratios of selected atmospheric areas, These new designs eliminate the current problems experienced in current dual polarization radar system of long dwell times and velocity range reductions, and the elimination of the relatively expensive and unreliable polarization switch (17).
    • 公开了一种同时的双极化雷达系统,其利用RF功率分配器(21)来代替当前双极化雷达系统中使用的高速双极化开关(17)。 所公开的系统允许同时在水平和垂直信号模式中进行发射和接收,同时重新定位在雷达基座(16)中的仰角旋转耦合器(34)上方的关键接收器组件(37,38,24)。 旁路开关(25a,b)也用于允许雷达系统的模式切换,并且公开了双极化接收设计(55)以允许经济地捕获所选大气区域的线性去极化比。这些新设计消除 目前双停滞时间和速度范围减小的双极化雷达系统中遇到的问题,以及消除相对昂贵和不可靠的偏振开关(17)。