Newport Tunable Laser Matisse-2

Newport Laser Matisse-2 is an ultra-narrow linewidth telescopic microscope. The following is a comprehensive introduction from the aspects of its features, performance parameters, and application areas:

Featur

High power output: When combined with the Millennia™ eV™ 25 pump laser, it can generate an output power of more than 7.2W.

Narrow linewidth: The extremely narrow linewidth, as low as close to 30kHz, can provide highly stable single-frequency laser output, reduce frequency noise and phase noise, and provide an ideal light source for experiments and applications that require frequency control.

Wide wavelength range: Ti:sapphire or dye can be flexibly selected as the laser gain medium to achieve a wavelength range greater than 470nm, and the wavelength range is roughly between 550nm and 1038nm.

Flexible architecture: Users can choose different optical components and configurations according to actual needs to meet specific experimental requirements.

High optical stability: The specially designed mount, unique telescope method, and preferred planar external cavity design provide excellent mechanical stability, ensure the stability and reliability of the laser during long-term operation, and achieve a mode-hop-free scanning range of more than 50GHz.

Operation structure: compact structure, simple design, one-button operation function, proven 24/7 reliability, eliminating complex operation and maintenance, and achieving stable laser output.

Ytelsesparametere

Corridor diameter: typical value is 1.4mm.

Beam divergence angle: less than 1mrad.

Amplitude noise: less than 0.1% rms (with pump noise, added in a square sum manner).

Scan range: greater than 50GHz at 780nm and greater than 60GHz at 575nm.

Output power: up to 7.2W when Millennia EV 25W pumped.

Requirement: To cool the water required to remove 20W of heat from the crystal, it is recommended to be connected in series with the Millennia cooling device, and the water temperature is recommended to be 16-21°C±0.1°C.

Søknadsfelt

Quantum physics: It can be used in atomic cooling, magneto-optical absorption (MOT), atomic clocks, Bose-Einstein aggregates (BEC), frequency combs, quantum computing, microcavity resonators and other fields, providing a powerful tool for quantum physics research.

High-resolution spectroscopy: Narrow line width and wide rotation range can accurately detect the spectral characteristics of atoms, molecules and ions, and are used to study the structure and dynamics of matter.

Atomic and molecular optics: In optics, such as atomic lasers and atomic interferometers, the Matisse-2 laser can provide a stable laser light source for experimental manipulation and detection of atomic behavior