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E-750.CP High Speed Digital Piezo Controller

The Latest Information on E-750.00 Digital Piezo Controller

 
 

E-750.CP Digital Piezo Controller,  Front Panel with P-752 NanoPositioning Stage	E-750.CP Digital Piezo Controller, Rear Panel with E-750.FL FiberLink PCI Card Interface

 
 

• Ultra-Fast Servo: 90 µsec
• Optical Fiber Link-Interface (Optional): 1 Mbit/s
•  DSP-based Real Time Operating System
•  Additional High-Speed-Analog Input
•  Integrated MACH (TM) Algorithm for Input Shaping TM (Optional)
•  AutoCalibration Function for NanoPositioning Systems
•  All Servo Parameters internally stored in Flash ROM

 

The new E-750.CP Digital Piezo-Controller offers unmatched responsiveness and precision for the most demanding OEM applications. Driving the ultra-fast P-752- and P-753 Series NanoStages, the E-750 provides Sub-ms settling and Sub-Angstrom resolution.
E-750 incorporates an ultra-low-noise Piezo power amplifier, capacitance position sensing circuitry and sophisticated digital signal processing with fast servo control algorithms.  It is also the first system on the market integrating PI's exclusive Mach (TM) Throughput Coprocessor technology (optional) for the fastest possible overall system throughput by totally eliminating the effect of mechanical resonances .
In addition it features an ultra fast (1  Mbit/sec), FiberLink Interface with galvanic isolation to eliminate coupled EMI as a source of low-level position modulation (distance up to 50 m). A high-bandwidth analog input (0 to 10 V) is also standard.

OEM customers will appreciate the AutoCalibration function, allowing random combination (and easy inter-changeability) of controllers and NanoPositioning systems with factory default configuration. Calibration data, linearization data and optimized servo parameters are stored in each NanoPositioning system and read by the controller upon power up.
A digital linearization algorithm and the exclusive use of precision components in the controller guarantee excellent linearity and accuracy of position.

Target applications include track profiling, scanned-probe microscopy, microablation and active optics.

The controller is equipped with a wide range power supply for use throughout the world.
 
 

 

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