![TOPTICA AG - [Translate to Chinese:] Phase lock between two lasers showing servo bumps 2.3 MHz away from the carrier signal.](https://www.toptica.com/fileadmin/_processed_/0/7/csm_toptica_FALC_pro_phase_lock_6390a98ef1.png)
[Translate to Chinese:] Phase lock between two lasers showing servo bumps 2.3 MHz away from the carrier signal.
FALC pro
数控快速激光锁定模块
不妥协：快速便捷
- PI³D²调节器
- 10 ns延迟
- 远程锁定
FALC pro是TOPTICA的新一代的锁定模块。其高速调节器甚至可以满足苛刻的应用，包括激光驱动在光学时钟（时钟转换）或量子计算机（光学q位）中使用的超窄跃迁。该调节器与方便的用户界面结合在一起，可以轻松优化反馈参数。模拟调节器的数字控制接口还可以实现完全远程操作。
这种锁定模块的典型应用包括使用外部参考腔缩小激光器的线宽，例如在pound - drevero - hall锁(与PDH/DLC pro结合使用)中，将任何DLC pro控制的TDLS激光器锁在频率梳上，或将一个TDLS激光器锁在另一个TDLS激光器上。
FALC pro和DLC pro Lock的结合增加了更多的便利性，因为点击&锁定以及重新锁定机制都很容易设置。
FALC pro不仅保证了良好的性能，而且在设置反馈以达到很窄的线宽、极低的相位噪声、很长的相干时间……或者只是一个非常好的高速锁方面也很有趣。
Request a Quotation Application Note Phase and Frequency Locking of Diode Lasers
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Specification
Concept Fast PID regulator in external module for a DLC pro to lock one of TOPTICA’s TDLS laser to a frequency reference.
Two configurations allow for best performance with either direct error signals or the phase comparison of two RF signalsOperation Using the interface of the DLC pro* Requirements Requires CAN bus interface of MC+ module of DLC pro** Fast circuit branch Typically connected to Modulation input of laser head PIC regulator Three integrator stages, two differential stages: PI³D² Bandwidth 50 MHz (-3 dB) Signal delay < 10 ns DC gain -60 dB to +95 dB Output voltage range ± 1.7 V at 50 Ω load Output impedance 50 Ω Flexibility > 100,000 different transfer functions, spanning 8 decades of frequency, full access in remote operation - Additional Information
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Applications
- High-bandwidth laser frequency stabilization
- Linewidth reduction of ECDL and selected DFB lasers
- Phase locking of two lasers
- Difference frequency stabilization
- Atom Laser Cooling & Trapping
- Ion Laser Cooling & Trapping
- BEC / Degenerate Fermi Gases
- Optical Pumping & EIT
- Fundamental Constants
- Interferometry
- Quantum Cryptography
- Quantum Information
- Quantum Dots & Microcavities
- Magnetic Field Measurement
- Rydberg Excitation (Rydberg Flyer for complete laser solutions)
- Optical Clocks
TOPTICA offers a wide portfolio of modules for laser linewidth manipulation: High-bandwidth regulators like FALC pro, FALC 110 and DigiLock 110 have been shown to achieve sub-Hertz linewidth values
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Downloads
- Software update provided though DLC pro updates
- Product Broshure: Optical Clocks
- Product Broshure: Rydberg Flyer
- Product Broshure: Optical Clocks
- Product Broshure: Rydberg Flyer
- TOPTICA Python Laser SDK (updated with every DLC pro software release) makes the command interface of the DLC pro including the FALC pro easily available in Python
- Technical drawing FALC pro
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Literature
- Application Note: 12 orders of coherence control
- Scientific Publication: Y.N. Zhao et al., Sub-Hertz frequency stabilization of a commercial diode laser, Optics Comm. 283 (2010)
- Scientific Publication: F. Friederich et al., Phase-locking of the beat signal of two distributed-feedback diode lasers to oscillators working in the MHz to THz range, Opt. Express 18:8 (2010)
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Related Products
- PDH/DLC pro: Pound-Drever-Hall detector for high bandwidth top-of-fringe stabilization, built-in module for DLC pro
- DLC pro Lock: Software license to enable additional features of DLC pro
- DigiLock 110: Versatile digital module for computerized locking tasks
- Laser Locking Electronics
- Tunable Diode Lasers
- FPI 100: Fabry-Perot interferometer and detector unit
- Wavelength meters
![TOPTICA AG - [Translate to Chinese:] Demonstration of long- term stability of a phase lock between two lasers.](https://www.toptica.com/fileadmin/_processed_/7/a/csm_toptica_FALC_pro_long-term_phase_lock_727adedf0d.png)
![TOPTICA AG - [Translate to Chinese:] Pound-Drever-Hall lock to obtain a DLC DL pro laser at 1162 nm with 1 Hz linewidth.](https://www.toptica.com/fileadmin/_processed_/a/d/csm_toptica_FALC_pro_PDH_Cavity_dcdf2b72d0.png)