• Newport New Focus Products

    Santa Clara, CA 95054

    COMPANY OVERVIEW

    About Newport New Focus Products

    Contact

    3635 Peterson Way
    Santa Clara, CA 95054
    United States
    http://www.newport.com/newfocus
    866-683-6287

    More Info on Newport New Focus Products

    Leads in developing, manufacturing and delivering innovative, high-performance, easy-to-use photonics tools with exceptional support and service – Simply Better Photonics Solutions.

    Articles

    1712 Lfw Pro 16
    New Focus 83xx-UHV-NM picomotor actuators with Kapton wires provide 12.7 or 25.4 mm of travel.
    Content Dam Lfw Online Articles 2015 August Newfocus Web
    The WM-1210 optical wavemeter provides wavelength measurements in the 700–1650 nm range with ±1 ppm accuracy and a 20 Hz update rate.
    1412prod Newfocus
    The Model 3502 optical chopper has its chopping frequency phase-locked to its own internal frequency synthesizer.
    (Credit: New Focus)
    TLB-6736 tuning curve.
    New Focus (Santa Clara, CA), which is a part of Newport, has added a 2-µm-region laser to its Velocity line of wide-tuning-range laser diodes, a line that already has tunable ...
    1311prod Newfocus
    The model 8743-CL is a two-axis, two-channel closed-loop intelligent motion controller/driver that provides fine tuning and absolute positioning for driving the company's closed...
    1210 Lfw Prod12 Newfocus
    The Vortex Plus Blue TLB-6802 series singlemode, tunable laser operates at 461 nm, the critical wavelength for next-generation atomic clocks.
    Clear Edge Picomotor Mount 8821 from New Focus, a Newport Corp. brand
    The Clear Edge Picomotor Mount 8821 features two Picomotor actuators and a clear-edge mirror mount, with sapphire seats and optimized springs, to accomodate 25.4 mm optics ranging...
    6 Lfw 3 Newfocus
    The GuideStar II mirror-mount-based laser beam steering correction system provides precision control of laser pointing and position drift.
    (Courtesy of Caltech/MIT LIGO Laboratory)
    FIGURE 1. New Focus UHV Picomotor actuators are used in the Laser Interferometer Gravitational Wave Observatory (LIGO) as part of the Transmission Monitor Suspended Optical Bench. This platform will monitor the light transmitted through the End Test Mass. The actuators will enable control of precision alignment from outside one of the world's largest vacuum systems.
    As the number of applications for ultrahigh-vacuum (UHV) environments increases, motion systems must be modified to manipulate optics, particle beams, and measurement devices ...
    New Focus GHz Nirvana high-speed photoreceiver
    The GHz Nirvana high-speed photoreceiver features the company's automatic signal balancing technology to eliminate background noise such as thermal drift and wavelength dependence...

    KEY CONTACTS

    Malcom Minty

    New Focus Prod Mktg Mgr

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    Additional content from Newport New Focus Products

    FIGURE 1. Two-path interferometers include Michelson and Mach-Zehnder configurations. In this Michelson interferometer with single photodiode detection the sample and reference beams are split and recombined by the same beamsplitter (a). In the Mach-Zehnder interferometer with dual photodiode detection the sample and reference paths are recombined into a second optical combiner after passing through the reference delay and sample material (b).
    Use of autobalanced detectors to monitor the sample and reference beams of an interferometric system delivers high bandwidth with improved gain and reduced noise for applications...
    The spectral range of available laser diodes is steadily expanding along with higher powers especially in the near infrared. More manufacturers are now offering laser diodes in the blue and even in the green.
    With an external cavity, diode lasers can meet research demands for a compact tunable and narrow-linewidth source, enabling these devices to address emerging opportunities in ...
    7 Lfw 17 Newfocus
    VAMP series semiconductor tapered amplifiers are designed to accept many fiber-coupled seed sources for easy alignment.
    The New Focus low-cost compact laser controller enables Bookham to target Raman spectroscopy, metrology, and interferometry markets.
    FIGURE 1. The impulse response (blue) of a 4-GHz receiver was measured with a 1-ps, 1530-nm pulse on a 50-GHz oscil­loscope. The step response (red) was then calculated by integrating the impulse response, which can be used to derive the eye diagram.
    The eye diagram of a photo­receiver is a key ingredient in assessing performance of an optical-communications network.
    Tunable lasers developed for telecommunications are well suited for use with fiber sensors, while existing high-volume manufacturing capabilities will help lower costs.
    FIGURE 1. Ultrafast-pulse laser system requires compact, stable mirror mounts for precision beam steering.
    Selecting a mount for either manufacturing or laboratory use requires balancing size, ease-of-use, performance, and cost.
    Scanning confocal etalon is used for routine analysis of laser spectra in Jeff Dixon’s laboratory. Output of an argon-ion laser is sampled by an angled flat mounted on the front of the confocal cavity mount (lower right). Electronic drive unit for the spectrum analyzer is positioned on top of an oscilloscope (background). Proper adjustment of the electronic drive unit and oscilloscope permit the longitudinal-mode spectrum of the argon-ion laser to be displayed.
    Scanning interferometers provide a convenient and reliable method for longitudinal-mode analysis of laser beams.