LEPTON Series Single-pixel VPD PbSe MWIR Detectors

Detector Type VPD PbSe FPA; Spectral Range 1.0-5.0 µm; Pixel Size 50x50, 130x130 µm; 1,024, 16,384 Pixels; Resolution 32x32, 128x128; Max. Frame Rate 1,00-10,000 fps; Interface USB 2.0, GigE VISION 2.0 New Infrared Technologies’ (NIT) TACHYON Series of high-speed imaging MWIR (midwave infrared) cameras provide frame rates of up to 10,000 fps (frames per second) at the full resolution of up to 128×128 pixels – in uncooled operation. While the TACHYON 16k CAMERA features 2,000 fps at full resolution, the TACHYON 16K CAMERA PLUS model allows up to 4,000 fps at full resolution as well as software-configurable ROI windowing modes, hardware NUC correction and selectable data transmission modes. Uncooled and affordable, fast and robust, the compact size TACHYON 16K CAMERA models are optimal for volume requirements and targeted for full integration in Industry 4.0 applications. Both TACHYON 16K CAMERA and CAMERA PLUS models are based on NIT’s TACHYON 16K FPA (Focal Plane Array), sensitive in the 1 µm to 5 µm spectral range. This FPA utilizes VPD PbSe, entirely developed and manufactured by NIT, providing the first quantum infrared technology monolithically compatible with Si-CMOS circuitry. With on-chip A/D readout electronics as well as on-chip dark current cancellation circuit and a digital interface for control and data, the TACHYON 16K FPA features global shutter snapshot readout of 14 Bit raw data and a programmable integration time between 20 µs and 1,000 µs. NIT’s TACHYON 1024 microCAMERA  is an uncooled MWIR camera with an IP67-rated enclosure for industrial environments. The camera is powered through a USB 2.0 (high speed) interface with industrial M12 USB connector and capable to reach a frame rate of 1,000 fps. Its miniaturized size, based in a SWaP-C concept, ensures perfect integration into the production process. The TACHYON 1024 microCAMERA is based on NIT’s TACHYON 1024 FPA, an uncooled 32x32 VPD PbSe focal plane array with digital interface and high-speed capabilities up to 10,000 images per second, sensitive in the 1 µm to 5 µm spectral range. With on-chip A/D readout electronics as well as on-chip dark current cancellation circuit and a digital interface for control and data, the TACHYON 1024 FPA features snapshot readout of 10 Bit raw data and a programmable integration time between 100 µs and 1,000 µs. Based on the TYCHYON 1024 FPA, NIT also provides the TACHYON 1024 microCORE  uncooled MWIR module with USB connection. The module is USB-powered and capable to reach an acquisition frame rate of 1,000 fps. Optimized size and affordable cost ensure perfect integration in the production process, also in cost-sensitive machine vision applications. For linear array cameras from New Infrared Technologies, please refer to the LUXELL series of linear array MWIR cameras. And for applications requiring single-pixel MWIR detection, have a look at NIT’s LEPTON series of single-pixel VPD PbS MWIR detectors. Key Features: Detector Type: VPD PbSe FPA With Digital Interface Uncooled Operation Array Format: 128x128 (16,384 Pixels), 32x32 (1,024 Pixels) Pixel Size: 50 µm x 50 µm, 130 µm x 130 µm ROI Windowing Function (64x64, 32x32, 1x128) for TACHYON 16K CAMERA Models; Window Position & Dimensions SW-configurable (PLUS Model) Maximum Frame Rate: 1,000 fps to 10,000 fps Spectral Range: MWIR, 1.0 µm to 5.0 µm Peak Wavelength of Detection: 3.7 µm Integration Time: 10 µs to 1,000 µs, Selectable Data Transmission Modes: Raw Data 10 Bit, 14 Bit; NUC Corrected 16 Bit and High-speed RAW/NUC 12 Bit (TACHYON 16K CAMERA PLUS) Minimum Temperature of Detection: +100 °C Interfaces: USB 2.0 High-speed (480 Mbps); GigE VISION 2.0 With PoE, Multi-purpose DI/DO Connector (Trigger In/out) for TACHYON 16K CAMERA PLUS Mechanical Shutter for 1-pt Offset Correction Start-up Time: <10 s (TACHYON 16K CAMERA Models) Power Supply: PoE, 8 W (TACHYON 16K CAMERA Models), 5 VDC Through USB Connection Metal Housing With Rear Connectors and M3 & M4 Tripod Screw Holes (TACHYON 16K CAMERA Models) Dimensions TACHYON 16K CAMERA Models: 66 x 62 x 62 mm Weight TACHYON 16K CAMERA Models: 400 g Optics TACHYON 16K CAMERA Models (Standard Option): f = 35 mm, F# 1.1, FoV 10.5° x 10.5 °, AR Coating, Manual Focus, CS-Mount Dimensions TACHYON 1024 microCAMERA: 98.0 x 49.5 x 61.0 mm Weight TACHYON 1024 microCAMERA: 250 g Optics TACHYON 1024 microCAMERA: f = 24 mm, F#1.2, FoV 10.25° x 10.25° (Standard), f = 48 mm, F#1.6, FoV 5.1° x 5.1° (Additional Lens Option) Software Included: NIT Software Suite, SDK Available for Custom Software Programming Dimensions TACHYON 1024 microCORE Module: 43 x 36 x 17 mm Biasing Voltage TACHYON 1024 microCORE Module: 1.00 V to 2.00 V, Selectable Metal Housing (46.5 x 39.5 x 29.5 mm) With CS-mount Optics Interface Available for TACHYON 1024 microCORE Module Applications: Machine Vision; Additive Manufacturing Monitoring; Industrial Automation; Laser Process Monitoring; Industrial Process Monitoring & Control (welding, Cutting, etc.); Gas Detection; Spectroscopy; Fire Detection; Glass Manufacturing Quality Assurance; Research & Development; OEM Integration

Wavelength 1064 nm; Output Power 5 to 100 W; Mode of Operation cw- to ps-pulses; Pulse Energy up to 5 mJ; Beam Quality TEM0,0 / M² <1.3 The neoVAN series is an OEM type solid-state laser amplifier system to boost the pulse energy or average output power for a couple of applications. The flexible system design allows a selection of different power and energy levels based on high reliable and long lifetime gain modules. The ultra-compact and nearly monolithic modules allow easy integration and cost effective upgrading of laser application machines, scientific lasers or low power oscillators. Whether high peak power short pulse picosecond lasers for micromachining applications or single frequency radiation for gravitational wave detection the neoVAN amplifier modules will boost your application. While the fiber coupled, high gain module allows direct amplification of mode-locked oscillators, gain switched or narrow linewidth diodes, the standard free-space modules scales microchip lasers either into high average power or high energy levels. Key features: Output power 5 to 100 W Pulse energy up to 5mJ Mode of operation cw to ps-pulses Beam quality TEM0,0 / M²<1.3 Amplification factor up to 40 dB Easy and compact energy or power boosting Highly flexible and scalable amplifier units Proven long term-stability and industrial reliability Applications: Laser application machines, scientific lasers, or low-power oscillators

Liquid to Ambient Air Cooling System; 1,300 to 3,500 W @ 25 K initial temperature difference; Modular; 230, 115 V; 4.9 to 8.7 l/min @2.1 bar Lytron’s MCS series of modular liquid cooling systems are a cost-effective and reliable option where precise temperature control and cooling below ambient temperature are not required. These systems consist of a high-performance heat exchanger integrated with a fan, pump and tank in a durable metal chassis. MCS modular liquid cooling systems feature cooling capacities of up to 3.5 kW. Components of MCS modular liquid cooling systems are performance-matched for maximum cooling capacity. The most critical component, the heat exchanger, is designed for optimum performance. All components have been designed for long life and high reliability. Lytron offers systems that are compatible with a range of coolants, ensuring there is an option available for nearly every fluid. MCS modular liquid cooling systems are easy to use with installation instructions as simple as completing the liquid loop, filling the liquid reservoir tank and flipping the switch. These systems offer a fast option for upgrading to liquid cooling in a cost effective and reliable package. Key Features: Cooling Capacity: 1,300 to 3,500 W @ 25 K initial temperature difference (hot coolant temperature  – cold ambient air temperature)  Fluid Connections: ½” FNPT Reservoir Capacity: 2.8 l Maximum Liquid Temperature: +55 °C Recommended Coolant: Water (MCS30: Oil, EGW) Pump Performance: 4.9 to 8.7 l/min @ 2.1 bar Dimensions: 439 x 384 x 338 mm (MCS20/MCS30), 381 x 381 x 610 mm (MCS40/MCS50) Applications: Power Supply Cooling; Power Conversion Cooling; Process Automation Systems; Security Screening; Sample Test Equipment Cooling Systems; Diagnostic Systems; Medical Lasers; MRI; Edge Computing Center Cooling Systems

Cabinet Cooler - 16,5W Cooling Capacity - Heatpipe based – CC200-24

The USBKIT USB Interface is used with following laser diode drivers and temperature controllers from Wavelength Electronics: PTC2.5K-CH, PTC5K-CH, PTC10K-CH, PTC5000, PTC10000 , LDTC0520, LDTC1020, LDTC 2/2 E, LDTC 2/2 O, PLD200, PLD500, PLD1250, PLD5000, PLD6500, PLD10000, PLD12500, PLD5K-CH, PLD10K-CH or PLD12.5K-CH. The USBKIT can be used also with following evaluation boards from Wavelength Electronics: PTCEVAL, PLDEVALPCB or PLD10EV. The USBKIT includes QuickConnect„¢ software that provides an intuitive virtual control panel that allows you to leverage the low-noise, high-stability laser diode and temperature control capabilities of Wavelength's components to save time and money. The QuickConnectTM software is compatible with x86 (32-bit) and x64 (64-bit) PCs. Key Features Includes Digital-to-Analog (D/A) converter for remote setpoint control of laser driver or temperature controller Analog-to-Digital (A/D) converters are used to monitor actual laser diode current or temperature Auxiliary A/D can be configured as a single 14-bit differential input or two 13-bit single-ended inputs Software can control one laser diode driver, one temperature controller, an auxiliary monitor, and provides full graphing and datalogging Save multiple setups for easy repeatable experiments or manufacturing testing

Rapid Loading of up to 19 Fibers; Fiber Fixtures for 700, 870 µm Outer Diameter & Custom; Air Gap Fiber Bundle/Capillary 10 µm; Fiber Cleaning With Ultrasound & Chemical; Separate Cleaning and Loading Stages; Onboard Heater 3SAE Technologies’ Capillary Speed Loader (CSL) facilitates rapid loading of up to 19 fibers into a capillary. Using the CSL, fiber bundles can be loaded into a capillary with as little as 10 μm of air gap between the bundle and the capillary. The CSL utilizes a funnel shaped capillary to hold the capillary during the fiber loading process. The system uses an ultrasonic cleaner in conjunction with acetone or chemical of choice, to lubricate and remove static from the fibers during the loading stage. The ultrasonic cleaner features one touch operation with a user adjustable cycle and visual and audible notifications. Two individual reservoirs facilitate separate cleaning and loading stages. The CSL also includes an onboard heater to expedite the evaporation process of the acetone after loading. The CSL Capillary Speed Loader includes standard fixturing for 700 μm and 870 μm outer diameter capillaries. Custom sizes are available on request. Key Features: Rapid Loading of up to 19 Fibers into a Capillary Separate Cleaning and Loading Reservoirs One-touch Ultrasonic Operation Onboard Heater Application: Rapid Loading of Fiber Bundles with up to 19 Fibers into a Capillary