ECD-X

The ECD-X is an ultra-compact frequency doubling accessory module that uses resonant enhancement to frequency convert the output of CW narrow linewidth laser sources, such as the M Squared 'SolsTiS', with high efficiency.

    The ECD-X is an ultra-compact frequency doubling accessory that uses resonant enhancement to frequency convert CW narrow linewidth input laser light, such as that from the M Squared 'SolsTiS', with high efficiency. The enhancement technique combines a highly stable doubling cavity with active servo-locking of that cavity to the frequency of the input light. This provides high-efficiency conversion of input power to the second harmonic wavelength. The ECD-X incorporates a host of features designed to maximise doubling efficiency, stability, and flexibility including: a highly stable monolithic stainless steel housing with Invar® optical sub-plate; fast, robust cavity locking via the use of high bandwidth DSP control electronics; a miniaturised cavity for longer, faster scans; a wide range of user-changeable mirror/ crystal sets and adjustable mode-matching optics to adapt to different input sources; and unique local/remote Instrument Control by Ethernet.

    The ECD-X complies with all applicable regulatory design standards, including safety, CE, and RoHS/ WEEE. Customisation is available - please contact us for more information.

     

    ICE-BLOC' and 'SolsTiS' are UK-registered trademarks of M Squared Lasers Ltd. 'Firefly-IR', 'Firefly-THz', 'Sprite' and 'Dependable Innovation' are trademarks of M Squared Lasers Ltd

    Features of the ECD-X Include:

    • High-stability monolithic cavity design
    • Unique ultra-compact resonator for faster, longer scans and higher efficiency with broader linewidths
    • Unique Instrument Control by Ethernet (ICE)
    • Up-to-date DSP electronics for high-efficiency enhancement and robust cavity lock
    • Wavelength flexibility via wide range of OSX mirror sets and doubling crystals
    • Accommodates wide range of input sources via supplied mode-matching optics
    • Simple integration with SolsTiS CW Ti:S laser
    • Options for tripling, quadrupling, and mixing

    For more information, please contact us