SPAD Single-Photon InGaAs/InP Avalanche Photodiodes APD

400-1100 nm; 140 Spectral Bands; Snapshot Operation Mode; Spectral Resolution 8-60 nm FWHM; Frame Rate 1 fps; Standard Lens 50 mm (40° FOV) BaySpec’s GoldenEye™ is the ultimate snapshot hyperspectral imager, capturing all in one shot for wavelengths from visible to near infrared (NIR) – from 400 nm to 1100 nm. Using BaySpec’s FT-PI proprietary technology, this novel imager features high sensitivity and is most suitable for low light level applications, such as fluorescence imaging.  Key Features: Extremely Compact and Lightweight Operation Mode: Snapshot Snapshot Imager With One-shot Operation Extended Wavelength Range: 400 nm to 1100 nm Number of Spectral bands: Approx. 140 Spectral Resolution: 8 nm to 60 nm FWHM Spatial Pixels: Approx. 648 x 488 Standard Lens: 50 mm (40° FOV) Objective Lens Interface: C-Mount Frame Rate: 1 fps Wavelength Calibration: Factory Calibrated High Sensitivity for Low-light Applications Effortless System Integration   Applications: Machine Vision; Fluorescence Imaging; Medical Diagnosis; Biomedical

1 to 48 Channels; Channel Spacing 250 µm; Fiber Type SM, MM, PM; Connector Type SC, FC, ST, LC, MU; Insertion Loss <0.5 dB per Fiber OZ Optics’ VGA series of V-Groove array assemblies assists in developing next generation photonic devices. The arrays are manufactured using precision silicon wafer V-Groove technology or Pyrex V-Groove in conjunction with a Pyrex lid, enabling sub-micron alignment accuracy with UV cure attachment capabilities. VGA series V-Groove array assemblies are available with single mode (SM), multi mode (MM) or PANDAtype polarization maintaining (PM) fibers. Customization can even include different types of fibers assembled into a single array. In general, OZ Optics uses polarization maintaining fibers based on the PANDA fiber structure when building polarization maintaining components and patch cords. However OZ Optics can construct devices using other PM fiber structures. OZ Optics also carries some alternative fiber types in stock, please contact AMS Technologies for availability. If necessary, OZ Optics is willing to use customer supplied fibers to build devices. Standard PANDA style PM arrays are manufactured with the polarization axis (stress rods) aligned vertical to the V-Groove base within 3°. High grade assemblies with one to eight channels can be provided with the stress rods aligned to 1°. Arrays can also be provided with the fibers aligned parallel to the base, alternating axes or at custom angles. When supplied with a breakout and connectors, the alignment of the connector is also to the slow axis, within 3° for standard connectors or available to within 1.5° for high grade connectors. V-Groove array assemblies can be manufactured with a hermetic feedthrough attached. This enables the development of multichannel photonic devices capable of meeting Telcordia requirements. Fiber breakouts can also be added, to convert ribbonized fibers into separated fibers, capable of being connectorized. Key Features: Up to 48 Fiber V-Groove Arrays Hermetic Feed-through Versions With Glass or Metal Solder Available Single Mode (SM), Multi Mode (MM) or Polarization Maintaining Fibers High Polarization Extinction Ratios up to 30 dB Available Ribbon or Individual Fibers Assemblies With Bare Fiber or 900 µm Jacketing With or Without Connectors 900 µm Jacketed Breakouts Available, up to 2 m Length Custom Configurations Possible for OEM Applications Designed to Meet Telcordia Specifications (GR 1221-core, GR 326-core) Applications: Arrayed Waveguide (AWG) Devices; Planar Lightwave Chips (PLC); Dense Wavelength Division Multiplexers (DWDM); MEMS Devices; Miniaturized or Integrated Fiber Optic Components

400-1700 nm; Power 1.5-30 mW; Bandwidth 3-160 nm; Current 60-600 mA; Beam Shape Gaussian, Flat Top; Package TO-9, TO-56, 5-BTF, 14-BTF, TOSA; Cooled or Uncooled; With or Without Monitor Photodiode With the EXS series, EXALOS offers a wide variety of standard superluminescent light emitting diode (SLED or SLD) modules covering near-infrared and RGB (red, green, blue) ranges. EXS series SLED modules are available at different wavelengths ranging from 400 to 1700 nm, with different output power and bandwidth values.EXALOS’ high-performance SLEDs come in various packages including cooled 14-pin dual-in-line (DIL) and butterfly package, cooled and uncooled 5-pin butterfly packages or low-cost uncooled TOSA and TO-56 packages.In addition to the standard product range, EXALOS can also offer SLED devices with custom optical performance and custom housing or fibers. Please contact the AMS Technologies SLED experts to discuss your custom SLED module solution tailored to your project’s requirements.Key Features: Wavelength Range: 400 to 1700 nm Power: 1.5 to 30 mW Bandwidth: 3 to 160 nm Current: 60 to 600 mA Beam Shape: Gaussian, Flat Top Package: TO-9, TO-56, 5-BTF, 14-BTF, TOSA Cooled or Uncooled Versions With or Without Monitor Photodiode Wavelength Power Bandwidth Current Spectral Shape Cooled Package Type MPD (y/n) Fiber Type Part Number 405 nm 10 mW 4 nm 110 mA Gaussian no TO-56 no none EXS210015-02 405 nm 2 mW 3 nm 100 mA Gaussian yes 14-BTF no SMF EXS210084-01 450 nm 10 mW 5 nm 180 mA Gaussian no TO-56 no none EXS210014-01 450 nm 5 mW 6 nm 160 mA Gaussian yes 14-BTF no SMF EXS210099-03 510 nm 6 mW 10 nm 600 mA Gaussian no TO-9 no none EXS210115-00 510 nm 1,5 mW 10 nm 500 mA Gaussian yes 14-BTF no SMF EXS210118-01 635 nm 10 mW 6 nm 60 mA Gaussian no TO-56 no none EXS210105-02 635 nm 10 mW 5 nm 60 mA Gaussian no TO-56 no none EXS210131-01 635 nm 3 mW 6 nm 60 mA Gaussian yes 14-BTF no SMF EXS210098-01 650 nm 4 mW 10 nm 100 mA Gaussian no TO-56 yes none EXS210035-02 650 nm 3 mW 6 nm 100 mA Gaussian yes 14-BTF yes SMF EXS210033-03 650 nm 10 mW 6 nm 60 mA Gaussian no TO-56 yes none EXS210030-03 650 nm 3 mW 6 nm 100 mA Gaussian yes 14-BTF yes PMF EXS210144-01 750 nm 5 mW 20 nm 150 mA Gaussian yes 14-BTF yes SMF EXS210025-01 750 nm 2 mW 20 nm 140 mA Gaussian no TOSA yes SMF EXS210065-01 750 nm 15 mW 20 nm 140 mA Gaussian no TO-56 yes none EXS210017-01 790 nm 5 mW 20 nm 120 mA Gaussian yes 14-BTF yes SMF EXS210060-01 790 nm 15 mW 20 nm 120 mA Gaussian no TO-56 yes none EXS210067-03 800 nm 10 mW 40 nm 160 mA Flat top yes 14-BTF yes SMF EXS210111-01 820 nm 2 mW 25 nm 120 mA Gaussian no TOSA yes SMF EXS210036-01 820 nm 3 mW 25 nm 120 mA Gaussian no 5-BTF no SMF EXS210119-01 820 nm 15 mW 25 nm 120 mA Gaussian no TO-56 yes none EXS210086-01 830 nm 12 mW 20 nm 200 mA Gaussian yes 14-BTF yes SMF EXS210005-02 840 nm 15 mW 48 nm 180 mA Flat top yes 14-BTF yes SMF EXS210090-01 840 nm 2 mW 50 nm 150 mA Flat top no TOSA yes SMF EXS210037-01 840 nm 10 mW 50 nm 150 mA Flat top no TO-56 yes none EXS210040-01 840 nm 10 mW 46 nm 160 mA Flat top yes 14-BTF yes SMF EXS210006-03 840 nm 6 mW 40 nm 120 mA Flat top yes 14-BTF yes SMF EXS210106-01 840 nm 6 mW 50 nm 120 mA Flat top yes 14-BTF yes SMF EXS210022-03 850 nm 5 mW 35 nm 250 mA Gaussian yes 14-BTF no SMF EXS210031-02 850 nm 5 mW 55 nm 150 mA Flat top yes 14-BTF yes SMF EXS210068-02 880 nm 5 mW 65 nm 200 mA Flat top yes 14-BTF yes SMF EXS210018-01 880 nm 12 mW 70 nm 200 mA Flat top yes 14-BTF yes SMF EXS210088-02 910 nm 15 mW 40 nm 200 mA Gaussian yes 14-BTF yes SMF EXS210120-01 1050 nm 10 mW 70 nm 200 mA Flat top yes 14-BTF yes SMF EXS210009-01 1050 nm 20 mW 60 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210063-02 1060 nm 20 mW 70 nm 350 mA Flat top yes 14-BTF yes SMF EXS210010-01 1070 nm 10 mW 90 nm 300 mA Flat top yes 14-BTF yes SMF EXS210007-01 1230 nm 10 mW 45 nm 400 mA Gaussian yes 14-BTF yes SMF EXS210079-01 1270 nm 25 mW 30 nm 450 mA Gaussian yes 14-BTF yes SMF ESL2720-2113 1280 nm 8 mW 80 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210049-02 1290 nm 2 mW 60 nm 200 mA Gaussian yes 14-BTF yes SMF EXS210034-02 1300 nm 6 mW 120 nm 450 mA Flat top yes 14-BTF yes SMF EXS210057-01 1300 nm 20 mW 50 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210076-02 1300 nm 15 mW 70 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210046-02 1300 nm 10 mW 110 nm 500 mA Flat top yes 14-BTF yes SMF EXS210045-02 1300 nm 10 mW 40 nm 250 mA Gaussian yes 14-BTF yes PMF EXS210072-01 1300 nm 10 mW 40 nm 250 mA Gaussian yes 14-BTF yes SMF EXS210032-02 1300 nm 12 mW 40 nm 200 mA Gaussian no TO-56 yes none EXS210041-02 1300 nm 3 mW 40 nm 200 mA Gaussian no TOSA no SMF EXS210028-02 1310 nm 30 mW 60 nm 600 mA Gaussian yes 14-BTF yes SMF EXS210047-02 1310 nm 30 mW 60 nm 600 mA Gaussian yes 14-BTF yes PMF EXS210087-01 1310 nm 20 mW 90 nm 600 mA Flat top yes 14-BTF yes SMF EXS210074-02 1350 nm 25 mW 50 nm 400 mA Gaussian yes 14-BTF yes SMF EXS210020-01 1380 nm 10 mW 40 nm 250 mA Gaussian yes 14-BTF yes SMF ESL1410-2113 1450 nm 5 mW 80 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210103-01 1480 nm 15 mW 40 nm 450 mA Gaussian yes 14-BTF yes SMF ESL4820-2113 1520 nm 8 mW 60 nm 250 mA Gaussian yes 14-BTF yes SMF EXS210038-01 1520 nm 2 mW 60 nm 200 mA Gaussian no TOSA no SMF EXS210029-01 1520 nm 6 mW 60 nm 200 mA Gaussian no TO-56 no none EXS210042-01 1530 nm 2 mW 100 nm 550 mA Gaussian yes 14-BTF yes SMF EXS210095-01 1550 nm 30 mW 40 nm 500 mA Gaussian yes 14-BTF yes SMF EXS210073-01 1550 nm 12 mW 40 nm 250 mA Gaussian yes 14-BTF yes PMF EXS210094-01 1550 nm 12 mW 40 nm 300 mA Gaussian yes 14-BTF yes PMF EXS210070-01 1550 nm 15 mW 45 nm 300 mA Gaussian yes 14-BTF yes SMF EXS210069-01 1550 nm 20 mW 60 nm 500 mA Flat top yes 14-BTF yes SMF EXS210059-01 1550 nm 6 mW 60 nm 200 mA Gaussian no TO-56 no none EXS210085-01 1550 nm 5 mW 60 nm 250 mA Gaussian yes 14-BTF yes SMF EXS210019-03 1550 nm 2 mW 60 nm 200 mA Gaussian no TOSA yes SMF EXS210071-02 1550 nm 15 mW 90 nm 600 mA Gaussian yes 14-BTF yes SMF EXS210108-01 1550 nm 10 mW 90 nm 600 mA Gaussian yes 14-BTF yes SMF EXS210048-03 1550 nm 10 mW 60 nm 300 mA Flat top yes 14-BTF yes SMF EXS210054-01 1550 nm 4 mW 150 nm 350 mA Flat top yes 14-BTF yes SMF EXS210066-02 1570 nm 10 mW 65 nm 250 mA Flat top yes 14-BTF yes SMF EXS210055-01 1580 nm 20 mW 60 nm 500 mA Flat top yes 14-BTF yes SMF EXS210062-01    

Optical Deflection ±0.393 rad; Processing Speed 30-100 rad/s; Positioning Speed 30-100 rad/s; Input Aperture 10, 14, 20 mm; Digital Control via SL2-100 or XY2-100 Protocol Raylase’s MINISCAN III 2-axis deflection units offer very stable digital control, which further improves noise and drift values, thereby making the systems even more reliable and robust. Both the XY2-100 16 Bit and the SL2-100 20 Bit protocols can be used for digital control with the digital interface. A corresponding cable defines the use of the protocol. Lenses, protective glass, and mirror substrates and coatings are available for many standard laser types, wavelengths, power densities, focal lengths and processing areas. This allows to handle a wide range of tasks with best quality and optimized throughput. Speed and dynamic responses are guaranteed, thanks to digital control and powerful PWM output stages. We would also be happy to help you put together the perfect configuration for your application – get in touch with the AMS Technologies deflection experts now to discuss your project’s requirements! Key Features: Digitally Controlled, Low Noise and Drift Control: Via SL2-100 Protocol 20 Bit or XY2-100 Protocol 16 Bit Robust and Dust-proof for Industrial Applications Various Mirror Substrates and Coatings for Marking, Hatching (AM SLM / SLS) and Cleaning Available Input Apertures: 10, 14, 20 mm Optical Deflection (typ.): ±0.393 rad Resolution XY2-100, 16 Bit: 12 µrad Resolution SL2-100, 20 Bit: 0.76 µrad Repeatability (RMS): <2.0 µrad Position Noise (RMS): <3.2, <4.5 µrad Max. Temperature Drift: 15 ppm/K Gain, 10 µrad/K Offset Long-term Drift (8 h): <80 µrad Beam Displacement: 12.4, 17, 26 mm Tuning: M, MA, VC, C Writing Speed with High/Good Writing Quality: 600 to 1000 cps Processing Speed: 30 to 100 rad/s Positioning Speed: 30 to 100 rad/s Tracking Error: 0.13 to 0.34 ms Step Response Time (@1% of Full Scale): 0.30 to 1.01 ms Power Supply: +30/+48 VDC, 2 A RMS, max. 5 A Temperature Range: +15°C to +35°C Protection: IP64 Dimensions: 100.0 x 77.0 x 81.5/83.0 mm, 134.0 x 98.0 x 100.3 mm, 145.0 x 116.0 x 103.5 mm Weight (w/o Objective): Approx. 0.9, 2.0, 2.5 kg Applications: Hatching of Surfaces in Additive Manufacturing with High Dynamic Performances; Ablation and Cleaning of Surfaces at High Speed; Challenging Marking Tasks

EFL 0.91 mm; NA 0.86; CA 2.50 mm; OD 3.00 mm; GH2 GlassThe Zemax file of this lens can be downloaded here: file. Do you need...a different coating? A range of standard coatings is available, click here to select your coating option.a mounted aspheric lens? Click here to learn morea customised lens? Click here to contact us!All products supplied by GH Optics are RoHS compliant and meet the requirements of the current EU RoHS Directive 2011/65/EU. The RoHS certificate can be provided on request.

Digital Output; FoV 5°, 84°, 120°; Sensitivity 85-530 Counts/K; Noise 8 Counts/K; Time Constant 15, 45 ms; Package ISOthermal TO-5, TO-46, SMD 3x3, SMD 3.8x3.8 Excelitas’ DigiPile® thermopile sensors offer leading-edge, non-contact temperature measurement for applications in smart home, smart appliances, intelligent thermostats and HVAC control systems, and ear and forehead thermometers. TPMI has become an industry wide established Excelitas functionality. The DigiPile series include specially designed electronic circuitry to provide the algorithm and calibration for temperature measurement, digital output and functionality. Excelitas DigiPile was the first digital output thermopile sensor enabling direct connection to your microprocessor and streamlining integration. The DigiPile line of thermal IR detectors are designed specifically for non-contact temperature measurement and are available in traditional TO metal housings as well as in SMD (Surface Mount Device), offering significant space efficiency and streamlined integration. The DigiPile family offers the known high sensitivity together with a 17-bit digital output. Within the bit stream the thermopile signal is followed by another signal given by an internal temperature reference diode. The digital output achieves low interference of electric disturbance to enable optimal performance across many applications and integrations. Excelitas' TPiS 1T 1252B DigiPile sensor features a thermopile sensing chip connected to an internal ADC for amplification and digital conversion. This device engineered into a special TO-46 type housing constriction with Excelitas’ patented ISOthermal design provides improved performance under thermal shock situation. The Excelitas TPiS 1T 1256 L5.5 DigiPile sensor features a thermopile sensing chip connected to an internal ADC for amplification and digital conversion. All included in TO type housing with integral lens. Housed in a compact SMD carrier with optical window, the Excelitas TPiS 1S 1051 / 1252 DigiPile sensor series features thermopile sensing chips connected to an internal ADC to provide amplification and digital conversion. The TPiS 1S 1051 combines the smallest thermopile chip with the smallest housing of any Excelitas thermopile sensor. The TPiS 1S 1252 model delivers higher sensitivity in a modestly larger housing with built-in thermopile chip. Applications: Ear Thermometry; General-purpose Thermometry; Non-contact Temperature Measurements