The stage is automatically identified and all operational parameters including axis calibration data are uploaded into the Ensemble QLAB, ensuring safe, accurate and true “plug-and-play” operation. Automatic Parameter ConfigurationĪerotech’s piezo stages all include a “FlashConfig” feature that stores all of the parametric information required to operate the stage.
#Qlab software medical software#
See the Ensemble Control home page for detailed information on software capabilities and ordering options. NET tools for C#, VB.NET, and C++/CLI or C make the Ensemble even easier to use. Precoded LabVIEW® VIs, AeroBasic™ programming functionality, MATLAB® library. In addition, a suite of LabVIEW® VIs are available.
#Qlab software medical full#
The Ensemble QLAB includes full compatibility with both EPICS and TANGO distributed control protocols. One task could be used for motion while the remaining tasks are used for process control, or the controller could be configured to operate four separate programs controlling four piezo stages. Up to four programs can run simultaneously on the Ensemble QLAB, allowing for easy partitioning of complex operations. Alternatively, the user can continue to program and operate the QLAB from a host PC, if so desired. After the programs are developed and tested they can be downloaded and stored on the controller for future use. The Ensemble QLAB is programmed in an easily readable BASIC-like syntax, off-line, with a graphical user interface in Windows®, featuring an intuitive Program Editor, Variable Output window, Compiler Output window and Task State monitor. An intuitive tabbed interface provides single-press access to all setup and operation screens. In addition to the front key-panel, the Ensemble QLAB comes equipped with a full color, touch-enabled LCD display. Learn more about our controls and software here. Additional software options such as the Dynamic Controls Toolbox and Motion Designer packages make available a host of advanced, yet easy-to-use, tools such as Learning Control, Harmonic Cancellation, Command Shaping, and Cross-Axis Feedforward to improve tracking errors and provide faster step-and-settle times. The Ensemble QLAB uses advanced PID servo loops with advanced feedforward and multiple integrators coupled with eight programmable filters to supply the user with all necessary tools needed to optimize motion performance. The analog outputs can be used for monitoring position or voltage output. The analog inputs can be programmatically configured to accept an external feedback sensor or position command. In addition to the four optically-isolated digital inputs, two high-speed digital inputs and four optically-isolated digital outputs, the Ensemble QLAB is equipped with four analog inputs and four analog outputs. The QLAB employs a proprietary capacitive sensor feedback circuit results in industry-leading thermal stability and exceptional long-term holding stability. An Aerotech-developed linearization method achieves linearity better than 0.01% over the full travel range in closed-loop mode. With the optional integrated capacitance sensor, the QLAB provides low noise performance over the full travel range. Using the latest technology and high-resolution A/D and D/A converters, the QLAB enables sub-nanometer positioning resolution at high bandwidths. High Resolution and Optional Ultra-Precise Feedback For more complex operations, the Ensemble QLAB has onboard memory for storing programs that can be accessed from the front panel or through remote control.
The front panel interface allows an operator to quickly execute simple operations such as jogging and moving to fixed positions. Using the processing power of a dual-core 456 MHz, double precision, floating-point DSP, the QLAB provides exceptional performance for a wide variety of applications. NET including C#, VB.NET, C++/CLI, LabVIEW, MATLAB, EPICS, or TANGO
Touch screen with intuitive menu-driven interface for quick and easy access to system functionality.Advanced control features such as learning control, harmonic cancellation and command shaping improve tracking error and overall process throughput.Configurable, high-resolution analog input for external feedback sensor integration or command generation.Thermally-stable feedback circuit design.
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