DIDN'T FIND WHAT YOU WERE LOOKING FOR?
Our team is here to help you! Call us or leave us a message and an Apel Laser consultant will be happy to answer your questions and find personalized solutions for you.
The FC1500-ULNnova is Menlo System’s latest optical frequency comb synthesizer for ultimate performance. The core of the new model consists of a redesigned comb oscillator, based on the patented ultra-low-noise (ULN) figure 9® mode locking technology. The enhanced design of this so-called “nova”-oscillator results in significantly improved robustness against acoustical distortion and thermal drift. The major benefit is a reduced free running linewidth of only 15 kHz. Owing to this leap in linewidth reduction, the FC1500-ULNnova has proven to support a frequency stability on the 10-19 level* for 1 s averaging time!
Features & Benefits:
Lowest phase noise of <100 mrad [100 Hz-2 MHz]. High bandwidth >1 MHz actuators for CEO and repetition rate.
Fully fiber-coupled CEO frequency generation.
Turnkey metrology system, fully automated including data evaluation software.
Designed for continuous operation.
Technical Specifications:
Comb Spacing: 250 MHz.
Accuracy: 1 x 10-17 (τ >100 s)*
Stability: 1 x 10-16 in 1 s*, 1 x 10-18 in 1000 s*, 5 x 10-13 in 1 s▵
Integrated Phase Noise: <100 mrad [100 Hz – 2 MHz]
Line Width: <1Hz* Tuning Range of Comb Spacing : >4 MHz
Tuning Range of CEO Frequency: >250 MHz
Spectral Range: >25 nm (500-1050 nm with M-VIS,1050-2100 nm with M-NIR)”
Manufacturer | |
---|---|
Applications / Industries |
Our team is here to help you! Call us or leave us a message and an Apel Laser consultant will be happy to answer your questions and find personalized solutions for you.
This website uses cookies to provide you with the best user experience. Cookie information is stored in your browser and helps our team recognize you when you return to our site and understand which sections of the site you find most interesting and useful.
For more information, you can consult the Privacy Policy.
Strictly necessary cookies must be enabled at all times so that we can save your cookie settings preferences.
If you disable these cookies, we will not be able to save your preferences. This means that every time you visit this site, you will need to enable or disable cookies again.
We use tracking and analytics cookies to analyze user experience and improve this website, as well as for other purposes described in the Terms and Conditions and the Privacy Policy.
Please enable strictly necessary cookies first so we can save your preferences!
This website uses the following additional cookies:
Social Media Ad Tracking - Used by Meta to deliver a range of advertising products, such as real-time bidding from third-party advertising agencies.
Please enable strictly necessary cookies first so we can save your preferences!
More information about the Cookie Policy.