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    • 3. 发明授权
    • Magneto-optical converter utilizing Faraday effect
    • 采用法拉第效应的磁光转换器
    • US4560932A
    • 1985-12-24
    • US462177
    • 1983-01-31
    • Tsutomu MitsuiKonji TadaYoshiki KuharaMasami Tatsumi
    • Tsutomu MitsuiKonji TadaYoshiki KuharaMasami Tatsumi
    • G01R15/24G01R19/00G01R33/032G02F1/09
    • G02F1/09G01R33/0322
    • A magneto-optical converter utilizing the Faraday effect is disposed between the opposed ends of an iron core having a magnetic field extending therebetween. The magneto-optical converter is comprised of a body of material exhibiting the Faraday effect which is provided with a light receiving surface and a light exiting surface. A polarizer in the form of a polarizing beam splitter is located adjacent the light receiving surface whereby an incident beam of light perpendicular to the magnetic field will be deflected and polarized at right angles to the incident beam of light and directed into the receiving surface of the body of material. An analyzer comprised of a polarizing beam splitter is located adjacent the light exiting surface whereby the beam of light from the body of material will be deflected and polarized and exit the analyzer at right angles to the magnetic field. The receiving and exiting surfaces of the body material may be bevelled and optical rotators may be disposed intermediate the bevelled surfaces and the polarizer and the analyzer respectively.
    • 利用法拉第效应的磁光转换器设置在铁心的相对端之间,其间具有磁场。 磁光转换器由表现出法拉第效应的材料体构成,其具有光接收表面和光出射表面。 偏振分束器形式的偏振器位于光接收表面附近,由此垂直于磁场的入射光束将被偏转并且与入射光束成直角极化并且被引导到入射光束的接收表面 材料体。 由偏振分束器组成的分析器位于光出射表面附近,由此来自材料体的光束将被偏转并偏振并且离开分析器与磁场成直角。 主体材料的接收和离开表面可以是斜面的,并且光旋转器可以分别设置在倾斜表面和偏振器和分析器之间。
    • 5. 发明授权
    • Voltage and electric field measuring device using light
    • 电压和电场测量装置使用光
    • US4563093A
    • 1986-01-07
    • US452326
    • 1982-12-22
    • Kohji TadaYoshiki KuharaMasami TatsumiAkihiko Kawakami
    • Kohji TadaYoshiki KuharaMasami TatsumiAkihiko Kawakami
    • G01R15/24G01R29/08G01R29/12G01J4/00
    • G01R29/0885G01R15/242G01R29/12
    • A voltage and electric field measuring device is disclosed. The device uses light, including a polarizer, an electro-optic crystal consisting of a material having an optical rotatory power, and an analyzer arranged in the stated order in the direction of advancement of applied light, with a quarter-wave plate being disposed between the polarizer and crystal or between the crystal and analyzer. The angle of orientation .psi. of the analyzer, relative to the optical axis of the crystal, is set to the product of .theta. and l, where .theta. represents the optical rotatory power, with respect to the applied light, of the crystal near a point at the center of a range of varying temperatures at the installation environment, and l represents the thickness of the crystal measured in the direction of advancement of light. The specified relation between .psi. and .theta..multidot.l maximizes the temperature stability of the device.
    • 公开了电压和电场测量装置。 该装置使用包括偏振器的光,由具有旋光力的材料组成的电光晶体,以及按照所述顺序在施加光的推进方向上布置的分光器,四分之一波片位于 偏振器和晶体或晶体与分析仪之间。 分析仪相对于晶体的光轴的取向角的角度被设置为θ和l的乘积,其中θ表示相对于所施加的光的旋光度 在安装环境下的变化温度范围的中心,l表示在光的前进方向上测量的晶体的厚度。 psi和θxl之间的指定关系最大化了设备的温度稳定性。
    • 8. 发明授权
    • Optical receiver
    • 光接收机
    • US07302193B2
    • 2007-11-27
    • US10941690
    • 2004-09-15
    • Yoshiki KuharaMitsuaki NishieShigeo Hayashi
    • Yoshiki KuharaMitsuaki NishieShigeo Hayashi
    • H04B10/06
    • H04B10/6911H01L2224/48091H01L2924/00014
    • An optical receiver includes a PIN photodiode (PIN-PD) having an incident surface for receiving signal light, the PIN-PD transmitting a part of the signal light to the surface opposite to the incident surface, and an avalanche photodiode (APD) having an incident surface for receiving light transmitted through the PIN-PD. In the optical receiver, the ratio of the quantity of signal light detected by the PIN-PD and the ratio of the quantity of signal light detected by the APD are not affected by the polarization state of the signal light incident on the optical receiver, and accordingly the avalanche multiplication factor of the APD is suitably controlled on the basis of the signal light detected by the PIN-PD.
    • 光接收器包括具有用于接收信号光的入射表面的PIN光电二极管(PIN-PD),PIN-PD将一部分信号光传输到与入射表面相对的表面,以及具有 用于接收通过PIN-PD传输的光的入射面。 在光接收机中,由PIN-PD检测到的信号光的量与由APD检测的信号光的比率之比不受入射在光接收机上的信号光的偏振状态的影响, 因此,基于由PIN-PD检测到的信号光适当地控制APD的雪崩倍增因子。
    • 9. 发明授权
    • Optical receptacle and optical sub-assembly using the same
    • 光插座和光子组件使用相同
    • US07178989B2
    • 2007-02-20
    • US10866073
    • 2004-06-14
    • Kazunori YoshidaHiromi NakanishiYoshiki Kuhara
    • Kazunori YoshidaHiromi NakanishiYoshiki Kuhara
    • G02B6/36
    • G02B6/421G02B6/4292
    • The present invention provides an optical receptacle having a superior insertion/extraction performance of the ferrule, and an optical sub-assembly applying the optical receptacle. The optical receptacle 1 includes a stub, a bush 4, a sleeve, and a sleeve cover. The stub having a lower portion covered by the bush, and an upper portion covered by the sleeve. The sleeve may be a rigid sleeve without any slit along the optical axis in its outer surface. The sleeve cover covers the sleeve and the bush. In the present optical receptacle, the bush is press-fitted into the gap formed between the stub and the sleeve cover. Accordingly, in addition to the application of the rigid sleeve, not only the sub is hard to slide out from the sleeve, but also the insertion/extraction performance of the ferrule to be inserted into the sleeve may be enhanced.
    • 本发明提供了一种具有插座/拔出性能优异的光学插座以及应用该光插座的光学子组件。 光学插座1包括短棒,衬套4,套筒和套筒盖。 该短截线具有由衬套覆盖的下部,以及由套筒覆盖的上部。 套筒可以是刚性套管,其外表面上没有沿光轴的任何狭缝。 袖套覆盖套管和衬套。 在当前的光学插座中,衬套被压配合到形成在短棒和套筒盖之间的间隙中。 因此,除了刚性套筒的应用之外,不仅子系难以从套筒滑出,而且可以提高插入到套筒中的套圈的插入/取出性能。