TCube Edge 4A (10-14072-4A-0-F2P3A7) TEC Chiller

The LDD P Series of laser diode drivers come in three compact models to work with all laser diode / photodiode configurations. Each model is available in 200 mA and 400 mA versions to best fit your laser diode requirements. When it is essential to have high performance in your application, these low noise drivers offer excellent current stability in constant current mode or power stability in constant power mode. Precisely control the laser diode or photodiode setpoint current with the on-board Output Current Adjust trimpot or via a remote voltage to the modulation input. The modulation input's small signal 3 dB bandwidth is DC to 2 MHz in constant current mode and dependent on photodiode speed in constant power mode.Key Features: Up to 400 mA Current Drive Capacity Operates in Constant Current or Constant Power Modes +5 to +12 V single supply operation Output power stability <0.02% typical (24 hours, ambient conditions) 12-Turn Trimpots control Current Setpoint and Limit Setpoint Operates all low power Laser Diodes Constant Current Modulation to 2 MHz Slow start circuitry Buffered Measurement Outputs

Polarization Sensitive & Insensitive Versions; SM or PM Fiber; 532 nm to 2000 nm; Isolation ≥20 to ≥40 dB; Power Handling 0.5 to 10 W This complete line of pigtailed fiber-to-fiber isolators for wavelengths ranging from 532 nm to 2000 nm combines a free-space Faraday rotator with polarizing optics to provide up to 60 dB of isolation and high power handling with minimum losses. Our isolators are manufactured using OZ Optics' patented tilt alignment technique. Input light from an optical fiber is first collimated, then transmitted through the isolator optics. A focusing lens on the output side of the isolator then couples the light back into the output fiber. This method is highly flexible and allows isolators capable of handling up to 10 W of optical power through single-mode fibers. Isolators are offered in two different versions, polarization sensitive and polarization insensitive. Polarization sensitive isolators are well suited for PM fibers and for some applications where an input free-space beam of constant polarization enters the Faraday optics. However, these isolators are not recommended for SM fibers, as these fibers do not maintain polarization. For this reason we recommend using polarization insensitive isolators with standard SM fibers. Please note however that polarization insensitive isolators are not necessarily available for all wavelengths or power levels. Key Features: Polarization Sensitive and Insensitive Versions Wavelength: 532 nm to 2000 nm High Isolation Levels Low Insertion & Polarization-dependent Losses Different Compact Sizes Including Miniature Packaged Versions Stable and High Reliability Designs Applications: High-power Laser to Fiber Coupling Systems; Optical Amplifiers; CATV Systems; OCT Systems

Cooling Capacity 275 to 330 W @+20 °C; Process Fluid Flow Rate 4.7 lpm @ 10 psig; 3/8” Female NPT Standard, Adapter Kits Available; Centrifugal Pump; Wetted Materials Copper, Brass & Polymers or Aluminium, Stainless Steel & Polymers Quiet precision and thermoelectric reliability in a compact package: Solid State Cooling Systems’ 300 W T-Three series of air-cooled thermoelectric liquid recirculating chillers delivers a cost-efficient way to optimize your equipment’s performance through greater thermal stability. T-Three responds instantaneously to changes in load, achieving thermal control from 0 to +50 °C with a repeatability of ±0.05 °C, even near ambient. The system’s smooth-flow centrifugal pump keeps operation vibration free, making it an ideal solution for lasers, optics, analytical equipment or any other application requiring precise temperature control.Utilizing thermoelectric modules with lifetimes exceeding 200,000 hours, T-Three has no compressors, few moving parts and no Freon, making it highly reliable and environmentally friendly. Universal power input and its variable power control means you efficiently draw power only as you need it. Key Features: Precise Temperature Control Compact Size Reliable Operation Designed for Long Life and Ease of Use Smooth-flow Centrifugal Pump Applications: Diode or Semiconductor Lasers; Laboratory; Scanning Electron Microscopes; Low-light CCD Cameras; Rheometers; Analytical Equipment; Precise Control of Chemical/MOCVD Canisters; Microtiter Plate Temperature Control; General Laboratory Use