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    • 8. 发明申请
    • COMPENSATION AND/OR VARIATION OF WAFER LEVEL PRODUCED LENSES AND RESULTANT STRUCTURES
    • 水平生产的镜片和结构结构的补偿和/或变化
    • WO02065165A3
    • 2003-02-27
    • PCT/US0120033
    • 2001-06-22
    • DIGITAL OPTICS CORPMORRIS JAMES EFELDMAN MICHAEL R
    • MORRIS JAMES EFELDMAN MICHAEL R
    • G02B3/00
    • G02B3/005G02B3/0012G02B3/0037G02B3/0068G02B5/1895G02B27/0037G02B27/4211
    • An array of micro-optical components (10) includes at least two micro-optical components. Each micro-optical component includes a refractive surface (12) and a corresponding compensation surface (22, 24) for the refractive surface (12). The corresponding compensation surface includes a corresponding compensation feature when the refractive surface deviates from a desired optical performance. The micro-optical component provides the desired optical performance. At least two refractive surfaces of the array of micro-optical components are formed to have substantially a same desired optical performance. The array of micro-optical components includes at least one corresponding compensation feature, at least two compensation surfaces of the array of micro-optical components being different from one another. The compensation surface may be created after measuring the refractive surface.
    • 一组微光学部件(10)包括至少两个微光学部件。 每个微光学部件包括用于折射表面(12)的折射表面(12)和相应的补偿表面(22,24)。 当折射表面偏离期望的光学性能时,相应的补偿表面包括相应的补偿特征。 微光学部件提供所需的光学性能。 阵列的微光学部件的至少两个折射表面被形成为具有基本上相同的期望的光学性能。 所述微光学部件阵列包括至少一个对应的补偿特征,所述微光学部件阵列的至少两个补偿表面彼此不同。 可以在测量折射表面之后产生补偿表面。
    • 9. 发明申请
    • WAVELENGTH MONITOR/LOCKER USING AN ETALON AND ASSOCIATED METHODS
    • 波长监视器/锁定器使用ETALON和相关方法
    • WO0177626A3
    • 2002-08-29
    • PCT/US0111038
    • 2001-04-05
    • DIGITAL OPTICS CORPFELDMAN MICHAEL RHAN HONGTAOHAMMOND JOHN BARNETT
    • FELDMAN MICHAEL RHAN HONGTAOHAMMOND JOHN BARNETT
    • G01J3/26G01J9/02H01S3/139H01S5/022H01S5/0687G01J9/00
    • G01J9/0246G01J3/26H01S5/02248H01S5/0687
    • An etalon used in analyzing a wavelength of a light source includes an etalon only in a portion of a substrate in which the etalon is integrated. Use of such an etalon in monitoring or controlling the wavelength allows the etalon to be placed in an application beam. A portion of the application beam is split into at least two beams, a first beam being directed to the etalon to monitor the wavelength, and the other beam either serving purely as a reference beam or passing through another etalon having a different optical path length than the etalon for the first beam, thereby also monitoring the wavelength. The monitor itself would include at least two photodetector, one for each of the beam split off of the input beam. Any or all substrates containing the elements for the monitor may be created on a wafer level and diced and/or bonded to other wafers containing other elements and diced.
    • 在分析光源的波长中使用的标准具仅在标准具集成的基板的一部分中包括标准具。 使用这种标准具来监测或控制波长允许标准具放置在应用光束中。 应用光束的一部分被分成至少两个光束,第一光束被引导到标准具以监视波长,而另一个光束纯粹作为参考光束或者通过具有不同于光路长度的另一标准具 第一束的标准具,从而也监测波长。 监视器本身将包括至少两个光电检测器,一个用于从输入光束分离的每个光束。 含有用于监视器的元件的任何或所有基板可以在晶片级上产生并切割和/或结合到包含其它元件的其他晶片并切割。
    • 10. 发明申请
    • WAVELENGTH COMPENSATED OPTICAL WAVELENGTH DIVISION COUPLER AND ASSOCIATED METHODS
    • 波长补偿光波段耦合器及相关方法
    • WO0165291A3
    • 2002-03-21
    • PCT/US0106570
    • 2001-03-02
    • DIGITAL OPTICS CORPMORRIS JAMES E JRFELDMAN MICHAEL R
    • MORRIS JAMES E JRFELDMAN MICHAEL R
    • G02B6/34
    • G02B6/29367G02B6/2938
    • A coupler having fewer individual parts improves manufacturability and scalability. The coupler includes a wavelength selective filter, a first port (10) for propagating at least a first wavelength, a second port (12) for propagating at least a second wavelength different from the first wavelength, and a third (50) port for propagating at least the first wavelength and the second wavelength. The three ports (10,12,50) are positioned relative to the wavelength selective filter. At least two individual optical elements are (20,22) also included in the coupler. Each optical element (20,22) is associated with one of the three ports, between an associated port and the wavelength selective filter. All optical elements (20,22) needed for directing light between the ports and the wavelength selective filter are provided on at least one of a substrate and substrates (5) bonded thereto.
    • 具有较少单个部件的耦合器提高了可制造性和可扩展性。 耦合器包括波长选择滤波器,用于传播至少第一波长的第一端口(10),用于传播不同于第一波长的至少第二波长的第二端口(12)以及用于传播的第三(50)端口 至少第一波长和第二波长。 三个端口(10,12,50)相对于波长选择滤波器定位。 耦合器中还包括至少两个单独的光学元件(20,22)。 每个光学元件(20,22)在相关联的端口和波长选择滤波器之间与三个端口中的一个相关联。 在端口和波长选择性滤光器之间引导光的所有光学元件(20,22)设置在基板和与其结合的基板(5)中的至少一个上。