DLC pro
DLC pro
The performance of diode lasers is largely determined by its controller. The DLC pro was the first diode laser controller based on a digital foundation, which is essential to obtain the best performance on all key parameters: Low current noise for narrow laser linewidths, excellent temperature control for stable operation and precise piezo control for frequency tuning.
To unleash the full potential of this high-performance controller, intuitive user interfaces are available: With touch screen and knobs it is easy to adjust scans, zoom into observed features, activate frequency locks etc. The digital foundation also enables full remote control, including a GUI for Windows computer and a command interface. This interface is open to all programming languages; a Python SDK is provided.
Your Benefits
A digital foundation is essential to obtain the best performances for all key parameters
Low noise digital drivers have intrinsically no drift compared to analog drivers. They insure stable temperatures and currents for the diodes, as well as a precise piezo control for frequency tuning.
Applications
Options
Related Products
Downloads
Technical Drawings
Software
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How to use the Python SDK explanation
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TOPTICA Python Laser SDK (updated with every DLC pro software release)
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Software Update Version 3.2.0 (254 MB, 04/2024) PC GUI requires Windows 8 or newer
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Software Update Version 3.1.1 (258 MB, 10/2023) PC GUI Requires WIN 8 or newer
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Software Update Version 3.0.2 (240 MB, 05/2023) PC GUI Requires WIN 8 or newer
Literature
Articles
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Digital Revolution in Laser Control
Lang, M. et al., Digital Revolution in Laser Control, Physics' Best (2014) -
Digitale Bedienkonzepte halten Einzug ins Laserlabor
Lang, M. et al., Digitale Bedienkonzepte halten Einzug ins Laserlabor, LASER (2014) -
Slow Light: Moving Out of the Lab
Dr. Michael E. Holmes, Slow Light: Moving Out of the Lab, Photonics Spectra (2014) -
Rauscharme Revolution
Lang, M. et al., Rauscharme Revolution, Best of (2013) -
Absolute Frequency Atlas from 915 nm to 985 nm based on Laser Absorption Spectroscopy of Iodine
C. Nölleke et al, Absolute Frequency Atlas from 915 nm to 985 nm based on Laser Absorption Spectroscopy of Iodine (2018)
Application Notes
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Biomagnetic measurements benefit from laser know-how
Dr. Anselm Deninger et al., Biomagnetic measurements benefit from laser know-how -
Temperature measurements above the Arctic
Dr. Rudolf Neuhaus, Temperature measurements above the Arctic -
Trapping and quantum computing
Dr. Rudolf Neuhaus, Trapping and quantum computing -
Phase and Frequency Locking of Diode Lasers
Dr. Steffen Schmidt-Eberle, Phase and Frequency Locking of Diode Lasers