DPSS Laser - 성경 포토닉스
DPSS Laser - 성경 포토닉스
DPSS Laser - 성경 포토닉스
- No tags were found...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
SPMArrayPosition Sensitive / Multi-Anode Silicon PhotomultiplierSPM Detector SpecificationsPart NumberTypical ValuesSPMArray3035G16UnitsTest ConditionsPixel Chip Area 3x3 mm 2 -Pixel Active Area 2.85x2.85 mm 2 -Operating Voltage (typical) 29.5 V +2V above Vbr, λ = 520nmArray Details 4 x 4 pixels Number of PixelsMicrocell Gain >1x10 6 - -Preamplifier Board Gain 2000 V/A Transimpedance Amplifier; 50Ω output load (option)Output Impedance 50 Ω -Number of Microcells 3640 per pixel -Photon Detection Efficiency 10-20 % 2V to 4V above VbrDark Rate 8 MHz Per pixelDetailed Specifications of Pixel SPMMicro3035X05 - See Datasheet - available on www.SensL.comSPM Array (Glass Module Specifications)Values SPMArray (Module) Units CommentsPixel Pitch 3.3 mm Active area to active areaGlass Type White Float glass, High Quality Thin Glass - -Glass Thickness 550 µm Typical ThicknessGlass Transparency >90 % See TX curveGlass Plate Size 22 x 17 mm -Board to Board Connector0.5mm Pitch Receptacle - SMT, Dual Row,Vertical Stacking (x70 pin)Flip-Chip Underfill Low Viscosity Optical Adhesive - -Metal Tracks CrNi -50nm, Ti -100nm, Au -2000nm % -Metal Track Widths Vary Between 150-300 µm -% See SchematicsHousing Plastic Housing - See Mechanical DrawingsGeneral SpecificationsParameter Value Units CommentSupply Voltage 1 5 VWith the Power Supply Option this is supplied from the Wall MountedPower Module shipped with the productDetector Bias Voltage 29 ±1 V Not required with Power Supply OptionMax Output Voltage 2 V Per channelMax Storage Temperature 40 °C -Note: SensL reserves the right to change all product specification and functionality without notification. Information on this datasheet is believed to be accurate, however, noresponsibility is assumed for any inaccuracies or omissions.Page 2<strong>성경</strong><strong>포토닉스</strong> 93 info@skphotonics