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    • 4. 发明授权
    • Self-Calibrating integrated photonic circuit and method of control thereof
    • 自校准集成光子电路及其控制方法
    • US07688872B2
    • 2010-03-30
    • US12050225
    • 2008-03-18
    • Young-Kai ChenMahmoud RasrasKun-Yii Tu
    • Young-Kai ChenMahmoud RasrasKun-Yii Tu
    • H01S3/13
    • H01S5/0687
    • A self-calibrating integrated photonic circuit and a method of controlling the same. In one embodiment, the circuit includes: (1) a substrate, (2) a laser located on the substrate and configured to produce source light at an output frequency, (3) a laser alignment sensor located on the substrate and including: (3a) a reference optical resonator configured to receive the source light, have a null proximate a predetermined center frequency and provide output light as a function of a relationship between the output frequency and the center frequency and (3b) a photodetector configured to provide an electrical signal of a magnitude that is based on the output light and (4) a calibration controller located on the substrate, coupled to the photodetector and configured to adjust the output frequency based on the magnitude.
    • 一种自校准集成光子电路及其控制方法。 在一个实施例中,电路包括:(1)衬底,(2)位于衬底上并被配置为以输出频率产生光源的激光器,(3)位于衬底上的激光对准传感器,包括:(3a )配置为接收源光的参考光学谐振器,具有接近预定中心频率的零点,并且作为输出频率和中心频率之间的关系的函数提供输出光,以及(3b)被配置为提供电信号 基于输出光的幅度和(4)位于衬底上的校准控制器,耦合到光电检测器并且被配置为基于大小来调整输出频率。
    • 8. 发明申请
    • Method And Apparatus Of Microwave Photonics Signal Processing
    • 微波光子学信号处理方法与装置
    • US20120121268A1
    • 2012-05-17
    • US13353579
    • 2012-01-19
    • Young-Kai ChenKun-Yii TuMichael George Zierdt
    • Young-Kai ChenKun-Yii TuMichael George Zierdt
    • H04B10/02
    • H03F1/0294
    • A radiofrequency (rf) signal-processing device offers the possibility of high bandwidth operation. The disclosed device applies principles of microwave photonics and Linear Amplification based on Nonlinear Components (LINC). For some applications, the device may be embodied in an rf amplifier or rf transmitter. In an embodiment, an optical phase modulator is configured to receive an optical carrier signal as input, and further configured so that, when driven by an rf modulation signal, it will produce a complementary pair of optical signals as output. Each of a pair of detectors is configured to convert a respective one of the complementary optical signals to an rf signal. An rf combiner is configured to add the converted radiofrequency signals from the detectors to form an output signal.
    • 射频(RF)信号处理设备提供高带宽操作的可能性。 所公开的设备应用基于非线性分量(LINC)的微波光子学和线性放大的原理。 对于一些应用,该装置可以体现在射频放大器或射频发射机中。 在一个实施例中,光相位调制器被配置为接收光载波信号作为输入,并进一步被配置为使得当由rf调制信号驱动时,它将产生互补的一对光信号作为输出。 一对检测器中的每一个被配置为将互补光信号中的相应一个转换成rf信号。 配置rf组合器以将来自检测器的经转换的射频信号相加以形成输出信号。