MCS Modular Liquid Cooling Systems

1700-1750 nm; Output Energy ≤50 µJ; Repetition Rate ≤10 kHz; Pulse Width 2-5 ns; Pump Laser and OPO in Single Rugged Housing Our 170P0-1-50-S MID-IR tunable OPO (optical parametric oscillator) source combines pump laser and OPO in a single, rugged housing and generates laser pulses in the mid-infrared (MID-IR) range around 1700 nm – the applications for such wavelengths are mainly in the field of photoacoustic imaging, in addition to gas chromatography and other analysis tasks. The OPO’s wavelength can be tuned in an extended range from 1700 nm to 1750 nm. Other wavelength ranges (e.g. 1500 nm to 2000 nm) are available on demand. Using an electro-optical Q-switch, very short pulses with typical pulse widths of 2 ns to 5 ns are generated. If different wavelengths, repetition rates, pulse energies or pulse widths is what you are looking for, the laser experts at Elforlight (an AMS Company) are happy to specify, design and manufacture your customized OPO solution. Get in touch with us now to discuss your project’s requirements! Key Features: Tunable Wavelength Range: 1700 nm to 1750 nm (1500 nm to 2000 nm on request) Ideal for Cardiovascular Photoacoustic Imaging Pump Laser and OPO in Single Rugged Housing Operation Mode: Pulsed Pulse Width: 2 ns to 5 ns Pulse Repetition Rate: Up to 10 kHz Pulse Energy: 50 µJ @1 kHz, 30 µJ @5 kHz Beam Quality: Close to TEM00, M2 < 1.3. (Capable of Launch into Multimode Optical Fiber) Beam Profile: Circular Triggering: External Laser Pulse Trigger Option (Input Trigger Signal 5 V) Control: RS232 Interface With: Switch Laser On/Off, Set Laser Energy, Enable/Disable Emission Power Supply: 110 VAC to 240 VAC, 50/60 Hz, ~200 W Safety Features: Redundant Interlock, Warning Outputs Applications: Biomedical Photoacoustic Imaging; Gas Chromatography; Other

Wavelength Range 1.0-5.0 µm MWIR; Detector Size 1x1, 2x2 mm; Time Constant <2 µs; Responsivity 9x103, 4.5x103 V/W; Element Resistance 0.1-2.0 MΩ New Infrared Technologies’ (NIT) LEPTON Series of single-pixel VPD PbSe MWIR detectors are available uncooled as well as with integrated TECs (thermoelectric cooling elements), with different geometries, packaging solutions and preamplifier boards. LEPTON Series single-pixel detectors come in two standard sizes: 1 mm × 1 mm or 2 mm × 2 mm. LEPTON Series uncooled single-pixel PbSe MWIR detectors can be ordered packaged in SMD or TO-5 housings (with cap, hermetic) with sapphire window. These detectors are operational at room temperature and don’t require any cooling devices. LEPTON Series cooled single-pixel PbSe MWIR detectors are hermetically packaged in a TO-8 can housing with cap and sapphire window and include one or two thermoelectric cooler (TEC) stages for higher sensitivity as well as a thermistor. A calibration curve for the thermistor is available. NIT’s LEPTON Series also includes two low-noise preamplifier boards that are 5-V-powered via mini-USB connector: The LEPTON ANALOG PREAMP provides rotary switches to manually select the detector biasing voltage (4 steps from 1.25 V to 10 V) as well as the transimpedance gain (4 steps from 104 to 107 V/A). This preamp outputs a ±10 V analog voltage on a BNC connector. The LEPTON PREAMP WITH USB OUTPUT allows to digitally select the values for detector biasing voltage and transimpedance gain via software. Here, the output is a digital 14 Bit signal with a maximum sampling rate of 20 ksps. This preamp also features an analog output for the preamplifier stage on SMB or BNC connector. For more pixels, linear and two-dimensional array MWIR cameras are available from New Infrared Technologies – please refer to the LUXELL series of linear array MWIR cameras and TACHYON series of high-speed imaging MWIR cameras respectively. Key Features: Detector Sensing Material: VPD Polycrystalline PbSe Uncooled and TEC-cooled (1-stage, 2-stages) Versions Available Square Pixels, Available Pixel Geometries: 1 x 1 mm, 2 x 2 mm Packaging: SMD (10x10 mm) Non-hermetic, TO-5 (9.14 mm Dia.) Hermetic With Cap, TO-8 (15.24 mm Dia.) Hermetic With Cap Sapphire Window IR Detection Band: MWIR, 1.0 µm to 5.0 µm Peak Wavelength of Detection: 3.7 µm D* (λpeak) Uncooled: 2x109 Jones Typical D* (λpeak, 1,000 Hz, 1.2 Hz) Cooled: 1x1010 Jones Time Constant: <2 µs Biasing Voltage: 5 V, 10 V Typical Element Resistance: 0.1 to 2.0 MΩ Responsivity (@Vb = 10 V): 9x103 V/W (1x1 mm), 4.5x103 V/W (2x2 mm) Power: 1 mW Read-out Electronics External (Not Included) Customizable Operating Temperature: +5 °C to +70 °C (SMD), -40 °C to +85 °C (TO-5, TO8) Amplifier Board Transimpedance Gain: 104 to 107 V/A, Adjustable Manually or per Software Amplifier Board Dark Current Cancellation: 1.24 µA to 1 mA, Adjustable Manually or per Software Amplifier Board Power Supply: 5 VDC, 60 mA (mini-USB Connector) Amplifier Board Output: Analog (±10 V), Digital (14 Bit) Amplifier Board Noise: 5 pA @1 kHz, 107 V/A Amplifier Board Dimensions: 75.90 x 35.10 x 28.70 mm (Analog), 89.30 x 35.10 x 26.30 mm (USB Output) Applications: Gas & Flame Detection; Laser Detection

400-1700 nm; 12-240 Spectral Bands; Push-broom, Snapshot Operation Mode; Spectral Resolution 3-15 nm FWHM; Max. Frame Rate 8-120 fps; Standard Lens 16, 35, 45 mm (21°, 18°, 17° FOV) Within its OCI™ Series of hyperspectral imagers (OCI is a phonetic spelling of "all seeing eye"), BaySpec offers systems ranging from miniaturized push-broom cameras for visible to near-infrared (NIR) to handheld snapshot hyperspectral imagers, hyperspectral cameras designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), all the way to ready-to-fly UAV systems for aerial hyperspectral imaging. OCI™­ F Series cameras are miniaturized (14 x 7 x 7 cm) and lightweight (~570 g) push-broom hyperspectral cameras covering the full visible (VIS) to near-infrared (NIR) wavelength range from 400 to 1000 nm, or short-wave infrared (SWIR) wavelength range from 900 to 1700 nm. The cameras feature a super-speed USB 3.0 interface for fast data transfer rates up to 60 fps. Not dependent on a constant scanning speed, the OCI ­F Series offers versatility on various platforms such as UAVs with perfect hyperspectral image stitching. Three models with 60, 120 or 240 spectral bands are available. The OCI™-2000 snapshot handheld hyperspectral imager brings high-performance hyperspectral imaging in a handheld form factor weighing only approximately 450 g. The OCI™-2000 imager acquires full, continuous VIS to NIR hyperspectral/multispectral data with simple point-and-shoot operation. Compact OCI™-OEM hyperspectral cameras are the optical engines of the handheld OCI-1000™ (push-broom) and OCI-2000™ (snapshot) hyperspectral imager, featuring extreme compactness and fast data transfer rate. The high-performance hyperspectral/multispectral cameras work in push-broom mode (OCI™-U-1000) or snapshot mode (OCI™-U-2000) with high spectral resolution and fast speed in a compact form factor weighing less than 180 g. Continuous hyperspectral data capturing can happen at video rates. Compactness, simple operation and optional SDK makes the OCI™-OEM integration an effortless task. OCI™-UAV airborne hyperspectral cameras are push-broom (OCI™-UAV-1000) or snapshot (OCI™-UAV-2000) cameras designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), or remotely operated vehicles (ROV). Packed with a high-performance, miniature single-board-computer, they acquire VIS to NIR hyperspectral data with continuous spectral and spatial coverage. Ready-to-fly hyperspectral total solutions are also available. Operating of the OCI-UAV cameras is automatic and requires minimal human intervention. The OCI™-M+, a push-broom multispectral imager is specifically designed for aerial imaging, featuring a lightweight camera with compact size. It comes with 12 selective bands including three RGB bands, and nine spectral bands from red edge to NIR – most commonly used for precision agriculture. This imager is fully integrated with DJI Inspire 2 UAV allowing the maximum field coverage with high spatial resolution (4000 spatial pixels). Fully integrated and easy to operate, the OCI-M+ UAV ready-to-fly package has made aerial imaging process very straightforward, and is ideal for applications such as precision agriculture, remote sensing, and geological survey. BaySpec’s OCI™-D airborne VIS-NIR hyperspectral imager with extended wavelength range covers full VIS-NIR wavelength range from 475 to 975 nm. Being a snapshot hyperspectral imager, OCI-D2000 fundamentally eliminates artifacts caused by motions during flight. These innovations significantly reduce the requirements on UAV system, so that integration is almost effortless for many UAV/ROVs. Included with BaySpec’s SpecGrabber™ for camera control and data acquisition, and CubeCreator™ for hyperspectral data processing, the OCI™-D imager offes up to 40 spectral bands with 500x250 pixels and 12 to 15 nm resolution with video rate speed. Key Features: Full Visible (VIS) to Near-infrared (NIR) Coverage: 400 (450, 600) to 1000 nm Full Short-wave Infrared (SWIR) Coverage: 900 to 1700 nm (OCI™-F-SWIR Hyperspectral Camera) Operation Mode: Push-broom, Snapshot Number of Spectral Bands: 12 to 240 Spectral Resolution: 3 nm to 15 nm FWHM Spatial Pixels: 250 to 3956 Pixels x Scan Length (Push-broom Models), Up to 400 x 200 Pixels (Snapshot Models) Standard Lens: 16 mm (21° FOV, OCI™­ F Series), 35 mm (18° FOV, OCI™-UAV, OCI™-OEM Series), 45 mm (17° FOV, OCI™-M+) Objective Lens Interface: C-Mount Faster Scanning With Wide-angle Lens (OCI™-M+) Exposure Time: 20 µs to 1 s (OCI™­ F Series, OCI™-M+), 0(1) to 300 ms (OCI™-UAV, OCI™-OEM Series) Max. Frame Rate: 8 to 120 fps Camera Interface: USB 3.0, USB 2.0 Real‐time Sample Preview (OCI™­ F, OCI™-M+, OCI™-UAV, OCI™-OEM Series) Extremely Compact and Lightweight Imagers With No Moving Parts, High Reliability “True Push‐broom” Scanning With Random Speed (Push-broom Models Only) Innovative Non-slit Design Significantly Reduces System Complexity (OCI™-M+, OCI™-UAV, OCI™-OEM) Extremely Easy-to-use Point-and-shoot Hyperspectral Imager; Self-contained System With Touchscreen Computer Integrated in a Handheld Form; Choice of Lenses for Different FOV (OCI™-2000) Easy Integration in a Variety of Platforms (OCI™­ F, OCI™-UAV, OCI™-OEM, OCI™-D Series) Effortless System Integration (OCI™-M+, OCI™-OEM Series) Eliminate Costly GPS/INS Orthorectification Post Processing Yields Distortion-free Hyperspectral Band Images Ready-to-fly System (OCI™-M+, OCI™-UAV) UAV (OCI™-M+): DJI Inspire 2; 22 min Flying Time; Remote Controller, Battery, Charger, CineSSD & Station Included UAV (OCI™-UAV Series): 700 mm Multi-rotor, Shock-resistant Light Polymer Frame; Up to 20 min Flying Time; Automatic Flight Control Via Mission Planner; Autopilot, 2 x 4500 mAH LiPo Battery, Gimbal for Imager Included Applications: Precision Agriculture; Food Quality Sorting; Sorting; Airborne (Mini) UAV/ROV; Remote Sensing; Chemical Detection; Process Control; Counterfeit Detection & Anti‐Counterfeiting; (Bio)medical Diagnostics; Forensics; Pharmaceuticals; Security; Defense; Oceanography; Ocean Monitoring; Forestry; Estuary Monitoring; Bathymetry; Mineral Discovery; Mining; Oil & Gas Exploration; Geological Survey; Ground Survey; Environmental Studies; Law Enforcement; Handheld Spectroscopy; Tissue Diagnostics; OEM Systems