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    • 5. 发明申请
    • Frequency locking of multisection laser diodes
    • 多段激光二极管的频率锁定
    • US20050030986A1
    • 2005-02-10
    • US10489115
    • 2002-08-12
    • Thomas FarrellTommy MullaneDavid MacDonald
    • Thomas FarrellTommy MullaneDavid MacDonald
    • H01S5/06H01S5/0625H01S5/0687H01S5/12H01S5/125H01S3/13
    • H01S5/06256H01S5/0617H01S5/0687H01S5/1209
    • A multi-section laser diode control system comprising a multi-section laser diode (10), microprocessor controller (24), digital-to-analogue converter (28), driver circuit (30) and wavelength locker (14) is modified by inclusion of a locking circuit (40) which generates an analogue correction signal . . . 1 Vph responsive to measurements of the laser output made by the wavelength locker. The analogue correction signal is added to the preset phase voltage Vph asserted by the microprocessor controller to provide fast feedback that bypasses the microprocessor controller. This novel feedback is made possible by avoiding the use of the standard prior art control algorithm which requires a division calculation to be performed. Instead, novel control algorithms based purely on additions, subtractions and multiplications are used. The laser can thus be locked to its target output frequency without having to place slow analogue-to-digital and digital-to-analogue converters in the feedback control path.
    • 包括多段激光二极管(10),微处理器控制器(24),数模转换器(28),驱动电路(30)和波长锁存器(14)的多段激光二极管控制系统通过包含 锁定电路(40)产生模拟校正信号。 。 。 1 Vph响应波长锁定器的激光输出测量。 模拟校正信号被添加到由微处理器控制器断言的预设相电压Vph,以提供绕过微处理器控制器的快速反馈。 通过避免使用需要执行分割计算的标准现有技术控制算法,可以实现这种新颖的反馈。 相反,使用纯粹基于加法,减法和乘法的新型控制算法。 因此,激光器可以锁定到其目标输出频率,而不必在反馈控制路径中放置慢速模拟数字和数模转换器。
    • 8. 发明授权
    • Frequency locking of multisection laser diodes
    • 多段激光二极管的频率锁定
    • US07339962B2
    • 2008-03-04
    • US10489115
    • 2002-08-12
    • Thomas FarrellTommy MullaneDavid MacDonald
    • Thomas FarrellTommy MullaneDavid MacDonald
    • H01S3/13
    • H01S5/06256H01S5/0617H01S5/0687H01S5/1209
    • A multi-section laser diode control system comprising a multi-section laser diode (10), microprocessor controller (24), digital-to-analogue converter (28), driver circuit (30) and wavelength locker (14) is modified by inclusion of a locking circuit (40) which generates an analogue correction signal . . . 1 V ph responsive to measurements of the laser output made by the wavelength locker. The analogue correction signal is added to the preset phase voltage V ph asserted by the microprocessor controller to provide fast feedback that bypasses the microprocessor controller. This novel feedback is made possible by avoiding the use of the standard prior art control algorithm which requires a division calculation to be performed. Instead, novel control algorithms based purely on additions, subtractions and multiplications are used. The laser can thus be locked to its target output frequency without having to place slow analogue-to-digital and digital-to-analogue converters in the feedback control path.
    • 包括多段激光二极管(10),微处理器控制器(24),数模转换器(28),驱动电路(30)和波长锁存器(14)的多段激光二极管控制系统通过包含 锁定电路(40)产生模拟校正信号。 。 。 1 V ph响应于由波长锁定器制成的激光输出的测量。 模拟校正信号被添加到由微处理器控制器断言的预设相位电压V ph,以提供绕过微处理器控制器的快速反馈。 通过避免使用需要执行分割计算的标准现有技术控制算法,可以实现这种新颖的反馈。 相反,使用纯粹基于加法,减法和乘法的新型控制算法。 因此,激光器可以锁定到其目标输出频率,而不必在反馈控制路径中放置慢速模拟数字和数模转换器。