Compact and Low Noise The ULC is a user-friendly, all-in-one high-speed universal locking electronic box that includes input filtering, pre-scalers, dual channel DDS, and phase detectors. Features enable plug and play solutions as well as automated phase locking for any metrology application. The ULC comes with an easy to use free Windows software interface. Product Features: - Up to 3 points repetition rate locking - Up to 2 points fceo locking - Remote operation via Ethernet - ECDL locking - VCO locking - Fabry-Perot cavity locking - Automated phase locking with ULC-AL
Fully automated, digital frequency comb with ultra-low noise IMRA’s industry-leading fully automated, turn-key digital frequency comb. It offers ultra-low noise in an ultra-compact, rack-mounted system. Its unique patent protected design makes it compatible with even the most demanding applications in ultra-high precision clocks, quantum computing, spectroscopy and ultra-low noise microwaves. Its design enables long-term cycle slip-free operation and remote optimization of PID parameters, enabling comb operation in the lowest noise conditions for years. Product Features: - Robust, modular system design - High power options up to 2.0 W - Broadband low noise supercontinuum output - Phase noise < 150 mrad in LN version - Frequency stability down to 10-17 - Remote operation via Ethernet
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IMRA's top of the line comb system, the Ecomb-200RLN offers ultra-low noise in a compact, rack mounted system. It is compatible with the most demanding applications in ultra-high precision optical clocks, quantum computing, spectroscopy and ultra-low noise microwaves. Combined with our ULC lock box, precision phase locked comb generation for any application is easy and reliable. Product Features: - Robust, modular system design - High power options up to 2.0 W - Broadband low noise supercontinuum output - Phase noise < 100 mrad - Frequency stability down to 10-17 - Remote operation via Ethernet
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Fiber Chirped Pulse Amplification (FCPA) lasers were introduced to the market in 2004 and have steadily proven their industrial reliability. Based on this patented technology, the robustly engineered new FCPA µJewel product line features the DE, DX, and DH Series, providing both high pulse energy and average power. The range of femtosecond pulse energies of the FCPA µJewel lasers offered in these series makes the lasers suitable for selected material processing, tissue modification, imaging, and non-linear optics.
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