![]() Parallel, serial, and USB 2.0 ports, on board 10/100 LAN OGP Measure-X® (in lieu of MeasureMind 3D), MeasureMind 3D offlineĬomputer: Minimum configuration Dual Core processor 1.8 GHz, 1.0 GB RAM, 80 GB hard drive, 1.44 MB floppy drive, DVD-RW drive, Metrology software: OGP MeasureMind® 3D MultiSensor Rated environment: Temperature between 18 and 22° C, stable to ± 1° C 30-80% humidity (non-condensing) vibration <0.001g below 15 Hz Operating environment, safe operation: 15-30° C Laser pointer (not available with TTL laser) (contact OGP for possible combinations of sensors) Image processing: 256 level grayscale processing with 10:1 sub-pixel resolution Multisensor options: Touch probe and change rack, DRS™ laser, TTL laser, Rainbow Probe™ scanning white light sensor, Feather Probe™, High resolution black and white (in lieu of color camera) Illumination: Substage LED backlight (collimated, green), white TTL LED surface illumination, and patented SmartRing™ white LED illuminator Vu-Light oblique illuminator, small fiber optic ring light, fiber optic surface light, large fiber optic ring light Accessories: Autofocus grid projector (LED) Camera: ½" format high resolution color CCD with 768 x 494 pixel array Zoom lens: Patented 5:1, AccuCentric® auto-calibrating, motorized, 10 position Lens attachments: 0.5x, 0.75x, 1.5x, 2.0x Front replacement lenses: 1.0x Motor drives: DC servo Manual stage control: 4 axis control (X,Y,Z,zoom) with ergonomic, multi-function hand controller Stage velocity: Z axis min 100 mm/sec X,Y axis 150 mm/sec Worktable: Hardened worktable with fixture holes, removable stage glass, and 25 kg load capacity Please help us and fellow users by sending in the crash report, automatically generated in the unfortunate event of a crash.Stage travel (XYZ): 250 x 150 x 200 mm Extended X axis: 300 mm Measuring unit dimensions (LWH): 74 x 54 x 80 cm, 120 kg Computer dimensions (LWH): 76 x 45 x 56 cm, 23 kg Scale resolution: 0.1 µm On the contrary, we do everything possible to fix and avoid them. Mario Sualdo converted these pages to PDF on Sept 19th 2017 - you can download that version here In case of a crash: please send in the CrashReport! Using the smartscope over a network connection.Controlling your SmartScope from LabView.Controlling your SmartScope from Matlab.Customizing/extending the functionality of your SmartScope.High speed signals - Peak Detect Acquisition - Ecquivalent Time Sampling. ![]() ![]() HowTo: Debugging and decoding your digital communication using the SmartScope as Logic Analyser.Connecting to a SmartScope with a USB cable.Using a software implementation (experimental).Using LabNation's battery-powered Wifi bridge.Connecting to a SmartScope over the network.Installing the software and connecting the SmartScope Simply grab our installer from our download page and give it a spin!įor Android phones and tablets we have implemented an Audio Scope, which allows you to test our software on real-world signals. This allows everyone to evaluate the software. 4 In case of a crash: please send in the CrashReport!Īll of our software installations contain a demonstration mode, which is automatically activated in case no SmartScope is connected.2 Installing the software and connecting the SmartScope.
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