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公开(公告)号：US5487124A
公开(公告)日：1996-01-23
申请号：US269428
申请日：1994-06-30
CPC分类号： G02B6/29361 , G02B6/4246 , G02B6/4234
摘要： A compact optical transceiver including a ceramic mounting block 1, with a laser diode 3 abutting a first end of the mounting block for generating light of a first wavelength. A GRIN lens 5, mounted to the mounting block, then receives and focuses the generated light to an optical fiber 13 which is attached to the compact optical transceiver. A dichroic substance 7 acts as a beamsplitter by passing light of a first wavelength and deflecting light of a second wavelength. The dichroic substance 7 is coated on a glass plate, which is mounted in a first angular groove of the mounting block. The beamsplitter 7 receives and passes the generated light of the first wavelength which has been focused by the GRIN lens 5. From a remote transmitter, light of a second wavelength is then transmitted through an optical fiber 13, to the compact optical transceiver from a direction opposite that of the light generated by the laser diode 3. The light transmitted from the optical fiber 13 is then transmitted and output through ferrule 11, attachable to the optical fiber and attached in a second, V-shaped, groove of the ceramic mounting block 1. The light of the second wavelength is output to the beamsplitter 7 and is deflected through a bore hole 21 in the ceramic mounting block to a detector 9 abutting the bottom of the mounting block. Optionally, a blocking filter 15 can be included between the detector and the optical fiber end face for blocking light of any wavelengths different from the first and second wavelengths, from reaching the detector 9.
摘要翻译： 一种紧凑型光收发器，包括陶瓷安装块1，激光二极管3邻接安装块的第一端，用于产生第一波长的光。 安装到安装块的GRIN透镜5然后将生成的光接收并聚焦到附接到紧凑型光收发器的光纤13。 二色性物质7通过使第一波长的光和第二波长的偏转光作为分束器。 二色性物质7涂覆在安装在安装块的第一角槽中的玻璃板上。 分束器7接收并通过由GRIN透镜5聚焦的第一波长的产生的光。从远程发射机，第二波长的光然后通过光纤13传输到小型光收发器，方向 与由激光二极管3产生的光相反。然后从光纤13传输的光通过套管11传输并输出，可附接到光纤并附着在陶瓷安装块的第二个V形槽中 第二波长的光输出到分束器7，并通过陶瓷安装块中的钻孔21偏转到邻接安装块底部的检测器9。 可选地，阻挡滤波器15可以包括在检测器和光纤端面之间，用于阻挡与第一和第二波长不同的任何波长的光，以到达检测器9。
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公开(公告)号：US5485538A
公开(公告)日：1996-01-16
申请号：US269419
申请日：1994-06-30
CPC分类号： G02B6/4246
摘要： A compact optical transceiver including a ceramic mounting block 1, with a laser diode 3 abutting a first end of the mounting block for generating light of a first wavelength. A holographic optical element (HOE) 5 is positioned adjacent laser diode 3 and acts as a hologram lens which receives and focuses the generated light to the end face of an optical fiber 13 which is attached to the compact optical transceiver. A glass element 7 is mounted on the mounting block between the diode and the optical fiber end face, and includes dichroic substance 8 coated to the fiber-proximate side of the glass element 7 and acts as a beamsplitter by passing light of a first wavelength and deflecting light of a second wavelength. The glass element 7 is mounted in an angular positioning groove of the mounting block. The beamsplitter 8 receives and passes the generated light of the first wavelength which has been focused by the HOE 5. From a remote transmitter, light of a second wavelength is then transmitted through an optical fiber 13, to the compact optical transceiver from a direction opposite that of the light generated by the laser diode 3. The light transmitted from the optical fiber 13 is then transmitted and output through ferrule 11, attachable to the optical fiber and attached in a second, V-shaped positioning groove of the ceramic mounting block 1. The light of the second wavelength is output to the beamsplitter 8 and is deflected through a bore hole 21 in the ceramic mounting block to a detector 9 abutting the bottom of the mounting block. A blocking filter 15 can be included for blocking light of wavelengths other than the first and second wavelengths from the detector.
摘要翻译： 一种紧凑型光收发器，包括陶瓷安装块1，激光二极管3邻接安装块的第一端，用于产生第一波长的光。 全息光学元件（HOE）5位于激光二极管3附近，并且用作全息透镜，其将生成的光接收并聚焦到附着到紧凑型光收发器的光纤13的端面。 玻璃元件7安装在二极管和光纤端面之间的安装块上，并且包括涂覆到玻璃元件7的光纤接近侧的二向色物质8，并且通过使第一波长的光和 偏转第二波长的光。 玻璃元件7安装在安装块的角度定位槽中。 分束器8接收并通过已经由HOE5聚焦的第一波长的产生的光。从远程发射机，第二波长的光然后通过光纤13从相对的方向传输到紧凑型光收发器 由激光二极管3产生的光的光。然后从光纤13发射的光通过套管11传输并输出，可附接到光纤并附着在陶瓷安装块1的第二个V形定位槽中 将第二波长的光输出到分束器8，并通过陶瓷安装块中的钻孔21偏转到邻接安装块底部的检测器9。 可以包括阻挡滤波器15，用于阻挡来自检测器的第一和第二波长以外的波长的光。
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