Products Piezo Actuators Nanopositioning & Scanning Systems Active Optics / Steering Mirrors Capacitive Position Sensors Piezo Drivers & Nanopositioning Controllers Hexapods / Motorized Positioners Photonics Alignment Solutions Motion Controllers Ceramic Linear Motors & Stages	Search Catalog   By Keyword By Item #         All Categories    High-Speed Digital Controllers All Categories > Nanopositioning: Piezo Stages, Actuators, Piezo Controllers, Sensors > Piezo drivers, Controllers, Power Amps > High-Speed Digital Controllers     High-Speed Digital Controllers Click on a Product to view details. High-Speed Digital Piezo NanoAutomation® Controller Ultra-Fast Servo Loop: 90 µsec Optical FiberLink Interface (Optional): 1 Mbit/s DSP-Based Real-Time Operating System Additional High-Speed Analog Input AutoCalibration Function for NanoPositioning Systems with ID Chip All Servo-Parameters Stored in Flash ROM Autofocus Firmware Option GCS (General Command Set) Compatible Optional InputShaping® Multi-Channel Digital Piezo Controllers with Dynamic Linearization (13) For Piezo Nanopositioners with Capacitive Feedback Sensors 3-, 4- & 6-Channel Versions 32-Bit Digital Filters Hardware and Firmware Linearization Coordinate Transformation for Parallel Kinematics / Parallel Metrology Systems Optional Dynamic Digital Linearization (Firmware Option) Improves Scanning Linearity ID Chip Support for Automatic Calibration Optional High-Speed Parallel I/O or DSP Interface Optional Analog Input GCS (General Command Set) Compatible E-712 Digital Piezo Controllers (4) Modular System for up to 6 Axes for Highest Precision Up to 50 kHz servo update rate Highly stable 20-bit D/A converter Real-time operating system for excellent trajectory control Autoloading of calibration data from stage ID chip for interchangeability of controller and mechanics Flexible interfaces: TCP/IP, USB, RS-232; optional broadband analog inputs and outputs Extensive software package Digital linearization for the highest accuracy Linearization algorithms based on higher-order polynomials reduce the linearity error to less than 0.01 %. That is typically 10 times better than conventional controllers. Flexible analog inputs and real-time PIO Each of the four optionally available analog inputs ... High-Speed NanoAutomation® Piezo Controllers (3) 10 µs Parallel Command Port OEM Modules and Bench-Top Versions Controls LVPZT NanoPositioners with Capacitive Sensors Opto-Isolation for EMI Immunity Integrated PZT Power Amplifier

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