PPCL600/700 Tunable Lasers

Aluminium Multi-port Extrusion (MPE) Tubing, Z and U Types; Thermal Performance 0.044 °C/W; Max. Pressure 10 bar; Max. Flow Rate 4 l/min; Straight Fittings Lytron’s CP20 series of flat tube cold plates are compact and lightweight, consisting of aluminium header tubes welded to a unique micro-channel aluminium extrusion. Flat tube cold plates utilizing aluminium multi-port extrusion (MPE) tubing are compact thermal management solutions that offer extremely low thermal resistance. These extrusions utilize thin external walls which minimize thermal resistance between the cold plate and heat source mounting surface. The MPE tubes contain internal fins that provide additional surface area which increases thermal performance and offer excellent thermal uniformity as coolant flows below the entire surface. The CP20 series’ large internal surface area combined with its low pressure drop makes it ideal for use with viscous and poor heat transfer fluids such as EGW, oils, 3M Fluorinert® and Polyalphaolefin (PAO). MPE & Flat Tube Liquid Cold Plates are ideal for cooling small, high heat density components such as thermoelectric modules. The low-profile nature of these cold plates work well in applications with limited space that also require high performance cooling. Key Features: Cooling Performance: 0.044 °C/W Dimensions: 51 x 51 mm Z and U Types Fluid Compatibility: EGW, Oils Wetted Path: Aluminium Tube: 9.5 mm Fitting: Straight Maximum Pressure: 10 bar Maximum Flow Rate: 4 l/min Shipping Weight: 0.27 kg Applications: Cooling Small, High Heat Density Components Such as Thermoelectric Modules; Applications With Limited Space That Also Require High-performance Cooling; Ideal for Use With Viscous and Poor Heat Transfer Fluids

Surface Finish Gold, Aluminium; Mirror Size 2.5x3.6, 16x11 mm; Tilt Angle ±1.5°, ±5°; Reflectivity 95%, 98%; Max. Actuation Current 60, 200 mA Sercalo Microtechnology’s MM series of miniature MEMS magnetic actuated mirrors and deflection units are used for advanced optical beam steering and pointing. These MEMS micromirrors offer large surface areas and are best suited in applications requiring DC pointing together with dynamic scanning. Using magnetic actuation, the 2D micromirrors’ deflection angle is set linearly with the driving current. They are designed for DC operation as well as scanning and can be used for static or dynamic beam steering with a large surface area of up to 16 x 11 mm and up to ±5° deflection. MM2536-2 dual-axes MEMS magnetic micromirrors with gold or aluminium surface finish are operated in open loop and are currently available with a mirror that has a reflective surface of 2.5 x 3.6 mm. These MEMS micromirrors are best suited in beam steering and scanning applications where small size and low power consumption are important. MM-160110-2 fine-pointing dual-axes MEMS magnetic micromirrors have a large reflective surface of 16 mm x11 mm with gold or aluminium surface finish. As an option, the devices can include an internal optical feedback sensor for closed loop operation. Key Features: Large Mirrors: 2.5 x 3.6 mm, 16.0 x 11.0 mm Surface Finish: Gold (Au) or Aluminium (Al) Reflectivity (800 to 2000 nm): ≥95%, ≥98% 2 Actuation Axes Tilt Angle DC (Mechanical): ≤±1.5°, ≤ ±5° Maximum Angle of Incidence: 45° Linear Control Fine Pointing (MM-160110-2) Resonance Frequency X: 330 Hz, 390 Hz (Typ.) Resonance Frequency Y: 180 Hz, 240 Hz (Typ.) Maximum Actuation Current: 60 mA, 200 mA Maximum Actuation Power: 0.5 W, 1 W Operating Temperature: -5°C to +85°C Dimensions: 14 x 14 x 5 mm, 31 x 46 x 11 mm Applications: 2D Static and Dynamic Optical Beam Steering; 2D Optical Scanner Devices; Instrumentation Measurements