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    • 9. 发明公开
    • Optical module having optical socket for optical communication and manufacturing method of the same
    • 与用于光传输的光学目的插座,并且过程及其制备光学模块
    • EP1447695A2
    • 2004-08-18
    • EP04003477.9
    • 2004-02-17
    • SEIKO EPSON CORPORATION
    • Nagasaka, KimioKaneko, TakeoMiyamae, Akira
    • G02B6/42
    • G02B6/4214G02B6/3839G02B6/3845G02B6/4249G02B6/4292
    • Described is an optical module (1), to which an optical plug (50) provided at one end of an optical transmission path (52) can be attached, so as to transmit and receive signal light via the optical transmission path (52) for information communication. The optical module (1) comprises: a transparent substrate (10) having light transmittance property with respect to the wavelength of used signal light; an optical socket (18), which is arranged on one surface side of the transparent substrate and to which the optical plug (50) can be attached; an optical element (12), which is arranged on the other surface side of the transparent substrate (10) and emits the signal light to the one surface side of the transparent substrate (10) according to a supplied electrical signal, or generates an electrical signal according to the intensity of the signal light supplied from the other surface of the transparent substrate (10); and a reflective portion (22), which is arranged on the other surface of the transparent substrate (10) and changes a path of the signal light emitted from the optical element (12) at substantially 90 degrees to guide it to the optical transmission path (52), or changes a path of the signal light emitted from the optical transmission path (52) at substantially 90 degrees to guide it to the optical element (12).
    • 描述的是一种光学模块(1)在光传输路径(52)的一端提供的光学插头(50)的可连接,以便发送和经由所述光传输路径(52),用于接收信号光 信息通信。 光学模块(1)包括:具有透明基板(10)的光透射率特性相对于所使用的光信号的波长; 到光学插座(18),所有这些是在透明基板的一个表面侧布置并于其中光学插头(50)可以附接; 到其上的透明基板(10)的另一面侧布置并发射的信号光与透明基板的所述一个表面侧的光学元件(12),所有(10)雅丁到一个提供电信号,或产生的电率 信号gemäß从透明基板的另一表面(10)提供的信号光的强度; 以及设置在透明基板(10)的另一表面上设置并且在大致90度改变从所述光学元件(12)发射的所述信号光的路径的反射部(22)全部以它引导到光传输路径 (52),或者改变大致90度的从光传输路径(52)发射的信号光的路径,其引导到所述光学元件(12)。