公开(公告)号：KR100383287B1

公开(公告)日：2003-05-12

申请号：KR1020000005620

申请日：2000-02-07

Applicant: 한국과학기술연구원

Inventor： 강병권 ,  이석 ,  박윤호 ,  김선호 ,  우덕하 ,  김동환

IPC: H01S5/20

Abstract: PURPOSE: A semiconductor fiber amplifier integration type wavelength converter is provided to perform easily broadband wavelength conversion and control arbitrarily a width of an output signal by integrating a semiconductor fiber amplifier and a DFB laser. CONSTITUTION: A semiconductor fiber amplifier(100) has a predetermined gain fixed point and amplifies an input optical signal. A DFB(Distributed FeedBack) laser(110) has another gain fixed point and oscillates the amplified signal to a single wavelength. An electrical separator(120) separates electrically the semiconductor fiber amplifier(100) and the DFB laser(110). A buried active waveguide(130) has a multi-quantum well structure. A grating(140) is formed on the edge portion of the buried active waveguide(130) and reflects or transmits the light.

Abstract translation: 目的：提供一种半导体光纤放大器集成型波长转换器，用于通过集成半导体光纤放大器和DFB激光器来执行容易的宽带波长转换并任意控制输出信号的宽度。 构成：半导体光纤放大器（100）具有预定的增益固定点并放大输入光信号。 DFB（分布式反馈）激光器（110）具有另一个增益固定点，并且将放大的信号振荡到单个波长。 电分离器（120）电分离半导体光纤放大器（100）和DFB激光器（110）。 埋入式有源波导（130）具有多量子阱结构。 光栅（140）形成在掩埋有源波导（130）的边缘部分上并反射或透射光。

公开(公告)号：KR100368789B1

公开(公告)日：2003-01-24

申请号：KR1020000005561

申请日：2000-02-07

Applicant: 한국과학기술연구원

Inventor： 강병권 ,  이석 ,  박윤호 ,  김선호 ,  우덕하 ,  최원준 ,  변영태 ,  한일기 ,  김회종

IPC: G01B9/00

Abstract: PURPOSE: A method for measuring a sectional reflexibility of a field absorption type device is provided to measure easily an optical variable by using an optical current. CONSTITUTION: A lens type fiber(21) transfers a laser beam emitted from a variable wavelength laser(10). The laser beam passing through the lens type filter(21) is irradiated on a section of a device(15). A chopper(11) turns on or off the variable wavelength laser(10). An optical rotator(14) is formed at a position adjacent to a polarization controller(13) in order to control a path of the laser beam. An optical detector(16) is connected with the optical rotator(14) in order to measure a change of reflective intensity of a reflected beam. A lock-in amplifier(17) is connected with the chopper(11) in order to detect a modulated variable wavelength laser beam. A power supply(18) supplies power to each component. A voltage separator(18) separates a signal influence between the device(15) and the lock-in amplifier(17).

Abstract translation: 目的：提供一种用于测量场吸收型器件的截面反射率的方法，以通过使用光学电流容易地测量光学变量。 构成：透镜型光纤（21）传输从可变波长激光器（10）发射的激光束。 穿过透镜型滤波器（21）的激光束照射在装置（15）的一部分上。 斩光器（11）打开或关闭可变波长激光器（10）。 在与偏振控制器（13）相邻的位置处形成旋光器（14）以控制激光束的路径。 光检测器（16）与旋光器（14）连接以测量反射光束的反射强度的变化。 锁定放大器（17）与斩波器（11）连接以便检测调制的可变波长激光束。 电源（18）为每个组件供电。 电压分离器（18）分离装置（15）和锁定放大器（17）之间的信号影响。

公开(公告)号：KR1020010077667A

公开(公告)日：2001-08-20

申请号：KR1020000005620

申请日：2000-02-07

Applicant: 한국과학기술연구원

Inventor： 강병권 ,  이석 ,  박윤호 ,  김선호 ,  우덕하 ,  김동환

IPC: H01S5/20

Abstract: PURPOSE: A semiconductor fiber amplifier integration type wavelength converter is provided to perform easily broadband wavelength conversion and control arbitrarily a width of an output signal by integrating a semiconductor fiber amplifier and a DFB laser. CONSTITUTION: A semiconductor fiber amplifier(100) has a predetermined gain fixed point and amplifies an input optical signal. A DFB(Distributed FeedBack) laser(110) has another gain fixed point and oscillates the amplified signal to a single wavelength. An electrical separator(120) separates electrically the semiconductor fiber amplifier(100) and the DFB laser(110). A buried active waveguide(130) has a multi-quantum well structure. A grating(140) is formed on the edge portion of the buried active waveguide(130) and reflects or transmits the light.

Abstract translation: 目的：提供一种半导体光纤放大器积分型波长转换器，通过集成半导体光纤放大器和DFB激光器，轻松实现宽带波长转换和任意控制输出信号的宽度。 构成：半导体光纤放大器（100）具有预定的增益固定点并放大输入光信号。 DFB（分布反馈）激光器（110）具有另一个增益固定点，并将放大的信号振荡到单个波长。 电分离器（120）将半导体光纤放大器（100）和DFB激光器（110）电分离。 掩埋有源波导（130）具有多量子阱结构。 在掩埋有源波导（130）的边缘部分上形成光栅（140）并反射或透射光。

公开(公告)号：KR1020010077635A

公开(公告)日：2001-08-20

申请号：KR1020000005561

申请日：2000-02-07

Applicant: 한국과학기술연구원

Inventor： 강병권 ,  이석 ,  박윤호 ,  김선호 ,  우덕하 ,  최원준 ,  변영태 ,  한일기 ,  김회종

IPC: G01B9/00

Abstract: PURPOSE: A method for measuring a sectional reflexibility of a field absorption type device is provided to measure easily an optical variable by using an optical current. CONSTITUTION: A lens type fiber(21) transfers a laser beam emitted from a variable wavelength laser(10). The laser beam passing through the lens type filter(21) is irradiated on a section of a device(15). A chopper(11) turns on or off the variable wavelength laser(10). An optical rotator(14) is formed at a position adjacent to a polarization controller(13) in order to control a path of the laser beam. An optical detector(16) is connected with the optical rotator(14) in order to measure a change of reflective intensity of a reflected beam. A lock-in amplifier(17) is connected with the chopper(11) in order to detect a modulated variable wavelength laser beam. A power supply(18) supplies power to each component. A voltage separator(18) separates a signal influence between the device(15) and the lock-in amplifier(17).

Abstract translation: 目的：提供一种用于测量场吸收型装置的截面反射性的方法，以便通过使用光电流容易地测量光学变量。 构成：透镜型光纤（21）传送从可变波长激光器（10）发射的激光束。 穿过透镜型过滤器（21）的激光束照射在装置（15）的一部分上。 斩光器（11）打开或关闭可变波长激光器（10）。 在与偏振控制器（13）相邻的位置处形成光旋转器（14），以控制激光束的路径。 光学检测器（16）与光学旋转器（14）连接，以便测量反射光束的反射强度的变化。 锁定放大器（17）与斩波器（11）连接，以便检测调制的可变波长激光束。 电源（18）为每个组件供电。 电压分离器（18）分离装置（15）和锁定放大器（17）之间的信号影响。