MAP-300 Optical Application Mainframes

Wavelength 450-200 nm; Pigtail Type SM, PM; Rise / Fall Time 6-100 ns; Operating Frequency 40-300 MHz; Fiber-coupled acousto-optic modulators (FCAOM) offer a robust solution for amplitude modulation of fiber lasers, allowing direct control of the timing, intensity, and temporal shape of the laser output. Gooch & Housego’s (G&H) Fiber-Q® modulators offer high extinction ratio, low insertion loss and excellent stability in both polarization maintaining (PM) and non-PM formats at modulation frequencies up to 80 MHz for visible and infrared wavelengths. Built for reliability, the Fiber-Q® series of products features a rugged hermetic design in a compact, low-profile package, ideal for ease of integration into all-fiber and OEM systems, including medical laser systems.Each Fiber-Q® acousto-optic modulator requires an RF driver to generate the RF signal creating the acoustic wave within the embedded AO crystal. Modulation of the beam through the Fiber-Q will depend upon the frequency and intensity of the applied RF signal. Contact our sales team to identify the best RF driver for your specific application, taking into consideration the type of modulation required (digital or analog) as well as any specific pulse shaping needs.A fiber-coupled acousto-optic modulator (FCAOM) can directly control the temporal characteristics of the active output from a fiber laser, offering a wider variety of pulse shapes. As a byproduct of the acousto-optic effect, light passing through the first order diffraction mode of a fiber-coupled modulator also experiences a frequency shift and beam deflection. This allows the Fiber-Q® products to be used for more than just modulation, resulting in applications outside the laser such as optical heterodyne interferometry. G&H’s fiber optic acousto-optic modulators are designed for low insertion loss, high extinction ratio and excellent return loss. Typical optical performance for the Fiber-Q® series includes: Insertion loss: as low as 2 dB, depending on model Extinction ratio: 50 dB Return loss: 40 dB Polarization extinction ratio: 20 dB (for polarization-maintaining models) G&H has developed the first devices for visible wavelengths from 397 nm to 780 nm to meet the needs of sensing and quantum technology applications. The fast switch rate Fiber-Q® devices enable efficient, high speed optical pulse picking at infrared wavelengths for all-fiber laser systems. Most devices are also offered in 3-port configurations.Applications: Industrial Lasers; Sensing; Scientific Research; Telecommunication; Quantum Technology; Optical Heterodyne Interferometry; Microscopy; Flow Cytometry Series Product Code Wavelength Pigtail Type Rise / Fall Time Operating Frequency Downloads Fiber-Q 1060 nm 150 MHz Non-Hermetic Fiber-Coupled AOM S-M150-0.4C2G-3-F2S 1060 nm SM 30 ns 150 MHz Datasheet Datasheet Datasheet Driver Fiber-Q 1060 nm 200 MHz Non-Hermetic Fiber-Coupled AOM S-M200-0.1C2G-3-F2P 1060 nm SM 10 ns 200 MHz Datasheet  Driver   Driver  Driver Fiber-Q 450 nm 200 MHz S-M200-0.4C2A-3-F2P, S-M200-0.4C2A-3-F2S 450 nm PM, SM 25 ns 200 MHz Datasheet  Driver   Driver  Driver  Fiber-Q 532 nm 200 MHz S-M200-0.4C2C-3-F2P, S-M200-0.4C2C-3-F2S 532 nm PM, SM 25 ns 200 MHz Datasheet  Driver  Driver     Fiber-Q 633 nm 200 MHz Fiber Coupled AOM S-M200-0.4C2E-3-F2P, S-M200-0.4C2E-3-F2S 633 nm PM, SM 25 ns 200 MHz Datasheet  Driver   Driver    Fiber-Q PM 1550 nm, 40 MHz (AMTIR) T-M040-0.5C8J-3-F2P 1550 nm PM 100 ns 40 MHz Datasheet  Driver  Driver  Driver  Fiber-Q 1550 nm 40 MHz (AMTIR) T-M040-0.5C8J-3-F2S 1550 nm SM 100 ns 40 MHz Datasheet Datasheet Datasheet Driver  Fiber-Q PM 2000 nm 80 MHz Hermetic Fiber Coupled AOM T-M080-0.3C2Z-3-F2P 2000 nm PM 100 ns 80 MHz Datasheet  Driver      Fiber-Q 2000 nm 80 MHz Hermetic Fiber Coupled AOM T-M080-0.3C2Z-3-F2S 2000 nm SM 100 ns 80 MHz Datasheet  Driver     Fiber-Q PM 1550nm 80MHz Hermetic Fiber-Coupled AOM T-M080-0.4C2J-3-F2P 1550 nm PM 35 ns 80 MHz Datasheet  Driver     Fiber-Q 1550 nm 80 MHz Hermetic Fiber Coupled AOM T-M080-0.4C2J-3-F2S 1550 nm SM 35 ns 80 MHz Datasheet  Driver     PM Fiber-Q Polarization Maintaining 1550 nm Hermetic Fiber Coupled Acousto-Optic Modulator, 80 MHz (Low Power Consumption) T-M080-0.5C8J-3-F2P 1550 nm PM 100 ns 80 MHz Datasheet  Driver      Fiber-Q 1550 nm Hermetic Fiber Coupled Acousto-Optic Modulator, 80 MHz (Low Power Consumption) T-M080-0.5C8J-3-F2S 1550 nm PM 100 ns 80 MHz Datasheet  Driver      Fiber-Q PM 1550 nm 110 MHz Hermetic Fiber Coupled AOM T-M110-0.2C2J-3-F2P 1550 nm PM 25 ns 110 MHz Datasheet Driver       Fiber-Q 1550 nm 110 MHz Hermetic Fiber Coupled AOM T-M110-0.2C2J-3-F2S 1550 nm SM 25 ns 110 MHz Datasheet  Driver      Fiber-Q PM 1060 nm 150 MHz Hermetic Fiber Coupled AOM T-M150-0.4C2G-3-F2P 1060 nm PM 30 ns 150 MHz Datasheet  Driver     Fiber-Q 1060 nm 150 MHz Hermetic Fiber-Coupled AOM T-M150-0.4C2G-3-F2S 1060 nm SM 30 ns 150 MHz Datasheet  Driver     Fiber-Q, 780 nm, 150 MHz Fiber Coupled AOM T-M150-0.5C2W-3-F2P, T-M150-0.5C2W-3-F2S 780 nm PM, SM 50 ns 150 MHz Datasheet  Driver     Fiber-Q PM 1060 nm 200 MHz Hermetic Fiber Coupled AOM T-M200-0.1C2G-3-F2P 1030 - 1090 nm PM 10 ns 200 MHz Datasheet  Driver Driver     Fiber-Q 1060 nm 200 MHz Fiber Coupled AOM T-M200-0.1C2G-3-F2S 1060 nm SM 10 ns 200 MHz Datasheet  Driver  Driver  Driver  Fiber-Q PM 1550 nm 200 MHz Hermetic Fiber-Coupled AOM T-M200-0.1C2J-3-F2P 1550 nm PM 10 ns 200 MHz Datasheet  Driver Driver     Fiber-Q 1550 nm 200 MHz Hermetic Fiber-Coupled AOM T-M200-0.1C2J-3-F2S 1550 nm SM 10 ns 200 MHz Datasheet  Driver Driver     Fiber-Q 2000 nm (2µm) 250 MHz Fiber Coupled AOM T-M250-0.3C16Z-3-F2P 2000 nm PM 20 ns 250 MHz Datasheet  Driver      Fiber-Q 1060 nm 300 MHz Hermetic Fiber Coupled AOM T-M300-0.1C2G-3-F2P, T-M300-0.1C2G-3-F2S 1060 nm PM, SM 6 ns 300 MHz Datasheet  Driver      Fiber-Q 1550 nm Fiber Coupled Acousto-Optic Modulator T-M300-0.1C16J-3-F2P 1550 nm PM 6 ns 300 MHz Datasheet Driver      

UV-NIR; 190-2500 nm; Resolution 1-20 nm; InGaAs or CCD Array Detector; Integration Time 20 µs-60 s; Interface USB 2.0 BaySpec’s SuperGamut™ series of UV, visible (VIS), near-infrared (NIR), and short-wave-infrared (SWIR) spectrometers are designed to meet real-world challenges for best-in-class performance, long-term reliability, compact size and ultra-low power consumption. Benefiting from experience manufacturing high-volume spectral monitoring devices for the telecommunications industry, BaySpec’s spectral devices utilize low-cost field proven components. For the first time in instrumentation history an affordable, accurate and ruggedized spectral device is a reality. The SuperGamut™ Series spectrometers employ highly efficient Volume Phase Gratings (VPG®) as core spectral dispersion elements (concave holographic diffraction grating for SuperGamut™ UV-NIR spectrometer), providing rapid acquisition (“one-shot”) with high spectral resolution, high-speed parallel processing, and continuous spectrum measurements. As an input, the devices use a fiber optic input or slit optics arrangement based on customer preferences. The signal is spectrally dispersed with the grating, and the diffracted field is focused onto an ultra-sensitive InGaAs or CCD array detector as the detection element. The control electronics read out the processed digital signal to extract required information. Both the raw data and the processed data are available to the host. Within the SuperGamut™ series of spectrometers, five versions are available: SuperGamut™ UVIS UV-NIR Spectrometer (190 nm to 1080 nm) SuperGamut™ UVIS UV-SWIR Spectrometer (190 nm to 2500 nm) SuperGamut™ VNIR VIS-NIR Spectrometer (400 nm to 1100 nm) SuperGamut™ NIRS SWIR Spectrometer (900 nm to 1700 nm) SuperGamut™ NIRS NIR Spectrometers (900 nm to 2500 nm) BaySpec’s SuperGamut™ series benchtop spectrometers incorporate spectrometer(s), light source(s), and sampling optics into one turn-key system – providing features like optimized TEC cooling, fast f/2 or f/3 optics for improved throughput with fiber input, factory calibration, fiber- or free-space input options as well as Windows®-based software for turn-key operation. These benchtop spectrometers are customizable for single or multiple fiber probes, please contact the AMS Technologies spectrometer experts for further details and a quote for your benchtop spectrometer solution. Key Features: Ruggedized and Reliable With No Moving Parts Compact Size and High Efficiency Wide Spectral Range: 190 nm to 2500 nm Outstanding Optical Throughput is Achieved With Volume Phase Grating (VPG) and f/1.8, f/2, or f/3 Design Resolution: ~1 nm to 20 nm, Slit Dependent Stray Light: 0.05% Integration Time: 20 µs to 60 s Grating: Custom Volume Phase Grating (VPG); Concave Holographic Grating Entrance Aperture Slit: 10 µm, 25 µm, 50 µm, 100 µm, None Fiber Optic: SMA or Custom Design Lens Assembly for Large-field Measurement (SuperGamut™ SWIR) Wavelength Calibration: Factory-calibrated for Long Life and Low Maintenance Real-time Spectral Data Acquisition With Fast Millisecond Response Time Detector Array: 256 Pixels; 25 µm x 512 Pixels; 50 µm x 256 Pixels; 2048 x 64 Active Pixels, Optimally Cooled for Low Light Detection (SuperGamut™ SWIR, VIS-NIR, NIR) Athermal Design for Ultra-low Power Consumption and Improved Reliability (SuperGamut™ SWIR, NIR) Min. Quantum Efficiency @λpk: 70%, 75% Max. Response Non-uniformity: ±10% Readout Noise (RMS, Typ.): 10, 65 Counts; 6 Electrons/Scan A/D-Converter: 16 Bit Data Port: USB 2.0 Power: Through USB; 1A @12 VDC; Field Battery Operation (SuperGamut™ NIR) Applications: Biochemical; Petrochemical; Chemical Analysis; Color/Dyes; Colorimetry; Raman Spectroscopy; Fluorescence; Photoluminescence; Transmission; Reflectance; Absorption; Dissolution; Environmental; Multicomponent Analysis; Proteins; QA/QC of Mixtures; Small-volume Samples; Sunscreens; Remote Sensing; Pharmaceuticals; Medical Diagnostics; Biomedical Research; Agriculture; Semiconductors; Thin Films; Beverage & Brewery; Cosmetics; Explosives Detection; Counterfeit Detection; Law Enforcement; Homeland Security; Water Quality; Food Safety; Pulp & Paper; Mining; Oil Exploration