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    • 12. 发明授权
    • Balanced-type mixer having circuit board
    • 平衡式混合器具有电路板
    • US5970401A
    • 1999-10-19
    • US924019
    • 1997-08-29
    • Hiroshi NishidaToru TanizakiKoichi Sakamoto
    • Hiroshi NishidaToru TanizakiKoichi Sakamoto
    • H01P3/16H01P5/02H01P5/10H03D9/06H04Q7/20
    • H01P5/1022H03D9/0641
    • A balanced-type mixer having easier mounting of a circuit board into a dielectric line apparatus, easier matching between a dielectric line and diodes, and reduced conversion loss. A first conductor pattern is disposed in a direction substantially perpendicular to first dielectric strips which constitute a first NRD guide, first and second filter circuits are provided at positions on opposite sides of the first dielectric strips, thus forming a first resonance circuit, and beam lead diodes are mounted in series within the resonance circuit. Further, a second conductor pattern is extended substantially from the midpoint between the filter circuits, and a third filter circuit is provided, thus forming a second resonance circuit. A second NRD guide based on second dielectric strips is connected to the second resonance circuit.
    • 一种平衡型混合器,其更容易将电路板安装到介质线装置中,更容易在介质线和二极管之间进行匹配,并降低了转换损耗。 第一导体图案设置在大致垂直于构成第一NRD导向器的第一介质条的方向上,第一和第二滤波器电路设置在第一介质条的相对侧上的位置处,从而形成第一谐振电路,以及光束引线 二极管串联安装在谐振电路内。 此外,第二导体图案基本上从​​滤波器电路之间的中点延伸,并且提供第三滤波器电路,从而形成第二谐振电路。 基于第二介质条的第二NRD引导件连接到第二谐振电路。
    • 13. 发明授权
    • High-frequency integrated circuit
    • 高频集成电路
    • US5604469A
    • 1997-02-18
    • US519949
    • 1995-08-28
    • Youhei IshikawaToru TanizakiHiroshi Nishida
    • Youhei IshikawaToru TanizakiHiroshi Nishida
    • H01P1/04G01S7/03G01S13/34H01P1/38H01P3/16H01P5/02H01P5/08H01P5/18H03B9/14H01P1/383H03B5/18
    • H01P3/165G01S7/032H03B9/14
    • A high-frequency integrated circuit which operates in a microwave band or in a millimeter wave band. The high-frequency integrated circuit has devices with a nonradiative dielectric waveguide such as an oscillator, a circulator, etc., and a mount case with a nonradiative dielectric waveguide in which these devices are mounted. Each of the devices with a nonradiative dielectric waveguide has a couple of conductors, a dielectric strip which is disposed between the conductors and propagates a high-frequency electromagnetic wave in a specified mode, a mounting surface which is formed on one of the conductors, and an end surface which is formed on an end of the conductors so as to be vertical to a traveling direction of the electromagnetic wave propagated in the dielectric strip and on which an end of the dielectric strip is exposed. The devices with a nonradiative dielectric waveguide are evaluated separately, and thereafter, the devices are mounted in the mount case individually.
    • 一种在微波波段或毫米波段工作的高频集成电路。 高频集成电路具有诸如振荡器,循环器等非辐射介质波导的装置,以及安装这些装置的非辐射介质波导的安装壳体。 具有非辐射电介质波导的每个器件具有一对导体,介于一个导体之间的介质条,布置在导体之间并以特定模式传播高频电磁波;安装表面,其形成在一个导体上;以及 该端面形成在导体的端部上,以便垂直于在介质条中传播的电磁波的行进方向,并且介质条的一端露出在该端面上。 分别评估具有非辐射电介质波导的器件,然后将器件分别安装在安装盒中。
    • 16. 发明授权
    • Antenna device and transmitting/receiving apparatus
    • 天线设备和发射/接收设备
    • US06268833B1
    • 2001-07-31
    • US09346812
    • 1999-07-02
    • Toru TanizakiTaiyo NishiyamaNobuhiro Kondou
    • Toru TanizakiTaiyo NishiyamaNobuhiro Kondou
    • H01Q300
    • G01S13/422H01Q3/12H01Q13/28H01Q19/062H01Q23/00
    • An improved antenna device is provided which is easy to be made compact in size and easy to deflect a beam at a high speed. Further, a transmitting/receiving apparatus using the improved antenna device is provided which is capable of performing a detection within a large range. In particular, a primary radiator and a first transmission line combined with the primary radiator are provided on a movable section, a second transmission line electromagnetically combined with the first transmission line and a dielectric lens with a position of said primary radiator serving as a generally focal point surface are provided on a fixed section. Further, a structure is provided capable of deflecting the beam by displacing the movable section. Also, means is provided to detect the position of the movable section and a control means is provided for displacing the movable section in accordance with a position designating signal of the movable section.
    • 提供了一种改进的天线装置,其易于制造尺寸紧凑并且易于高速偏转光束。 此外,提供了能够在大范围内执行检测的使用改进的天线装置的发送/接收装置。 特别地,与主辐射器组合的初级辐射器和第一传输线设置在可移动部分上,与第一传输线电磁耦合的第二传输线和具有所述主辐射器的位置的介电透镜用作大致焦点 点表面设置在固定部分上。 此外,提供能够通过移动可动部分来偏转光束的结构。 此外,提供了用于检测可移动部分的位置的装置,并且提供控制装置以根据可动部分的位置指示信号移动可动部分。
    • 19. 发明授权
    • High-frequency integrated circuit
    • 高频集成电路
    • US5724013A
    • 1998-03-03
    • US519999
    • 1995-08-28
    • Youhei IshikawaToru TanizakiHiroshi Nishida
    • Youhei IshikawaToru TanizakiHiroshi Nishida
    • H01P1/04G01R31/28G01S7/03G01S13/34H01P1/38H01P3/16H01P5/08H01P5/00
    • H01P3/165G01R31/2822G01S7/032
    • A high-frequency integrated circuit which operates in a microwave band or in a millimeter wave band. The high-frequency integrated circuit has a plurality of devices with respective nonradiative dielectric waveguides such as an oscillator, a coupler, etc., and a substrate on which these devices are surface-mounted. Each of the devices has a pair of parallel conductors, a dielectric strip which is disposed between the conductors and propagates a high-frequency electromagnetic wave, a mounting surface which is formed on one of the conductors and is in contact with the substrate, and an end surface which is defined by an end of the conductors so as to be vertical to a traveling direction of the electromagnetic wave propagated in the dielectric strip and at which an end of the dielectric strip is exposed. The devices with a nonradiative dielectric waveguide are evaluated separately, and thereafter, the devices are surface-mounted on the substrate close to or in contact with one another.
    • 一种在微波波段或毫米波段工作的高频集成电路。 高频集成电路具有多个具有诸如振荡器,耦合器等非辐射介质波导的器件以及这些器件被表面安装在其上的衬底。 每个器件具有一对平行导体,介质条设置在导体之间并传播高频电磁波,形成在一个导体上并与衬底接触的安装表面,以及 端面由导体的端部限定,以便垂直于在介质条中传播的电磁波的传播方向,并且介质带的一端露出。 具有非辐射电介质波导的器件被单独评估,此后,器件被表面安装在彼此接近或接触的衬底上。