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    • 4. 发明申请
    • TRANSMITTER/RECEIVER MODULE FOR A PHASED ARRAY RADAR
    • 发送/接收模块用于相控后RADAR
    • WO1998026305A1
    • 1998-06-18
    • PCT/EP1997006827
    • 1997-12-06
    • DAIMLER-BENZ AEROSPACE AGBROKMEIER, AxelREBER, Rolf
    • DAIMLER-BENZ AEROSPACE AG
    • G01S07/03
    • H05K1/0219G01S7/032H05K1/05H05K3/0061H05K2201/09745H05K2201/09972
    • The invention relates to a transmitter/receiver module for a phased array radar with high-frequency circuit groups for a send channel and a receive channel comprising a control unit for said circuit groups, wherein the circuit groups and the control unit are arranged on the upper side of a common substrate and part of the input and output conductors of the circuit groups are directed past the control unit on the common substrate. In order to keep the surface of the substrate as small as possible, the invention provides that the part of the input and output conductors of the high-frequency circuit groups be guided in front of the control unit by means of first throughplatings on the reverse side of the substrate. From there, they are conducted underneath the control unit and are guided via second throughplatings behind the control unit back to the upper part of the substrate.
    • 本发明涉及一种发送/接收模块,用于与高频电路基团的相控阵雷达的发射信道和接收信道,并用控制单元,用于这个电路组,所述电路组,并且在一个共同的基片的顶部上的控制单元被布置,并且其中所述输入的一部分 和电路组的输出线被传递到控制单元的公共衬底。 为了保持用于衬底的空间要求尽可能小,它是根据本发明经由第一通孔在所述衬底的背侧孔高频电路组出来之前的控制单元的输入和输出线的这部分,从那里经过控制单元下,并提出 第二通孔是在所述控制单元后面的衬底的顶部再次执行。
    • 5. 发明申请
    • RADAR SENSOR FOR USE IN MOTOR VEHICLES
    • 雷达传感器FOR USE机动车辆
    • WO1997047988A1
    • 1997-12-18
    • PCT/DE1997000018
    • 1997-01-09
    • ROBERT BOSCH GMBHWAGNER, Klaus-Peter
    • ROBERT BOSCH GMBH
    • G01S07/03
    • G01S7/032G01S2013/9321
    • To minimise the length of connecting lines between at least one transmitting antenna element (3), at least one receiving antenna element (41, 42, 43) and a common oscillator (5), the receiving antenna element (41, 42, 43) is located outside the radiated field pattern (7) of the transmitting antenna element (3), the transmitting (3) and the receiving (41, 42, 43) antenna elements being oriented in different directions. A passive reflector (10) deflects reflected radar beams (9) towards the receiving antenna element (41, 42, 43) and/or deflects radar beams (7) emitted by the transmitting antenna element (3) in a desired direction.
    • 因此,至少一个发射天线元件(3)和至少一个接收天线元件(41,42,43)的一个共同振荡器(5)的连接线可以是尽可能短,接收天线元件(43 41,42,)是 布置在所述发射天线元件(3)的辐射图案(7),其中,所述发射器(3)和所述接收天线元件(41,42,43)在不同方向上定向的外部。 有装置(10)提供一种反射雷达光束(9)发射天线元件的接收天线元件(41,42,43)和/或输出(3)上的雷达波束(7)偏转在期望的方向。
    • 6. 发明申请
    • CIRCUIT MODULE FOR A PHASED ARRAY RADAR
    • 相位阵列雷达的电路模块
    • WO1997003367A1
    • 1997-01-30
    • PCT/GB1995001607
    • 1995-07-07
    • THE SECRETARY OF STATE FOR DEFENCEDEAN, Michael
    • THE SECRETARY OF STATE FOR DEFENCE
    • G01S07/03
    • G01S7/032G01S7/282G01S7/4017G01S2007/2886G01S2007/4073G01S2013/0254H01Q21/0025H04Q2213/13003
    • A circuit module for a phased array radar (10) incorporates radar frequency (RF) mixers (54a, 54b) connected to an RF splitter/combiner (52) and to in-phase and quadrature RF reference signals. The RF mixers (54a, 54b) are also connected to intermediate frequency (IF) processing circuitry (60 to 68) providing for phase control of RF signals and IF reference signals. In transmission mode, the RF mixer (54a, 54b) receive phase-controlled, digitally synthesised IF signals from clock-activated generators (68a, 68b). Their outputs are combined at the RF splitter/combiner (52) to provide single sideband upconversion of the phase-controlled IF signals. In reception mode, the RF splitter/combiner (52) and the RF mixers (54a, 54b) act as an image rejection mixer circuit in which the phase-controlled IF signals are local oscillator signals. Beamforming is carried out by computer control of the IF phase together with, in the case of reception, analogue or digital summation of output signals from an array of modules (12).
    • 用于相控阵雷达(10)的电路模块包括连接到RF分离器/组合器(52)的雷达频率(RF)混频器(54a,54b)以及同相和正交RF参考信号。 RF混频器(54a,54b)还连接到中频(IF)处理电路(60至68),用于RF信号和IF参考信号的相位控制。 在传输模式中,RF混频器(54a,54b)从时钟激活的发生器(68a,68b)接收相位控制的,数字合成的IF信号。 它们的输出在RF分离器/组合器(52)处组合,以提供相位控制的IF信号的单边带上变频。 在接收模式中,RF分离器/组合器(52)和RF混频器(54a,54b)用作相位控制IF信号是本地振荡器信号的镜像抑制混频器电路。 波束形成是通过IF阶段的计算机控制进行的,在接收的情况下,来自模块阵列(12)的输出信号的模拟或数字求和。
    • 7. 发明申请
    • IMPROVEMENTS IN OR RELATING TO MOTION DETECTION UNITS
    • 运动检测单位的改进或相关
    • WO1997001766A1
    • 1997-01-16
    • PCT/GB1996001567
    • 1996-06-28
    • PYRONIX LIMITEDKONSTANDELOS, John
    • PYRONIX LIMITED
    • G01S07/03
    • H01Q23/00G01S7/032G01S13/56H01Q1/247H01Q9/0457
    • A motion detection unit for detecting motion by means of Doppler frequency shift which comprises: a microwave circuit board (1) comprising an oscillator (14), a hybrid coupler circuit element (11) and a mixer (12); an antenna board (2) comprising at least one transmit and receive antenna (4, 5); and a ground plane layer, the two boards (1, 2) being superimposed with the ground plane layer intervening, wherein, in operation, the hybrid coupler circuit element (11) divides power from the oscillator (14), into power for the antenna transmission signal and local oscillator (LO) power to the mixer (12), and directs a received signal from the antenna (4, 5) to the mixer (12), the local oscillator (LO) power and the received signal being combined in the mixer (12) to produce a Doppler signal output.
    • 一种用于通过多普勒频移检测运动的运动检测单元,包括:包括振荡器(14),混合耦合器电路元件(11)和混频器(12)的微波电路板(1) 天线板(2),包括至少一个发射和接收天线(4,5); 和地平面层,所述两个板(1,2)与所述接地层相叠加,其中,在操作中,所述混合耦合器电路元件(11)将来自所述振荡器(14)的功率分成用于所述天线的功率 传输信号和本地振荡器(LO)功率发送到混频器(12),并将接收到的信号从天线(4,5)引导到混频器(12),本地振荡器(LO)功率和接收信号被组合 混合器(12)产生多普勒信号输出。