Für den Inhalt dieser Seite ist eine neuere Version von Adobe Flash Player erforderlich.

Adobe Flash Player herunterladen


INTRODUCTION

PRINCIPLE

CONTROLLER

APPLICATIONS

SPECIFICATIONS

FAQ

 

 


FPS Unit

:.........................................................................................

This controller allows simultaneous operation of up to three sensor axes, records displacement data with a sampling rate of 10 MHz and allows the user to process and output this data in real-time via digital high-speed serial, A-quad-B, and low latency USB output interfaces.

> Multi-axis metrology controller with 10 MHz sampling rate
> Optional environmental compensation
> Real-time digital sensor outputs

> Ultra-high speed
> low noise control electronics

Real-Time Sensor Outputs for True Measurement Implementation

While many industrial interferometric sensors are capable of measuring relatively large displacement velocities, most sensors lack high-resolution, high-speed digital position output interfaces. attocube has addressed this problem by providing a high-speed serial link (HSSL) which allows to output absolute displacement data with a true resolution of 250 pm and an output frequency of 400 kHz. This output is therefore perfectly suited for applications where highest precision combined with highest performance is required.

For industrial applications, attocube offers a real-time digital A-quad-B output interface which allows implementation of the metrology controller into complex industrial setups. With user-defineable step sizes and output frequencies, the A-quad-B output can be prefectly adapted to displacement velocity and resolution requirements. Position fluctuations faster than incremental step size times output frequency are low pass filtered.

> Incremental A-quad-B sensor outputs for industrial implementation
> 32 bit high-speed serial link (HSSL) for pm resolution at m/s target speed
> 32 bit low-latency USB output interface

> Real-time, digital HSSL
> A-Quad-B sensor output
With two A-quad-B interfaces seamlessly working together, a broad range of displacement velocities can be covered without the necessity to readjust the resolution of each output in case of a large variation in target velocity.

 

 



+ Multi-axis interferometer
+ Standalone, turnkey operation
+ Real-time digital interfaces
+ High-speed FPGA electronics
+ 10MHz sampling rate
+ 1m/s maximum target velocity
+ single-mode fiber-based sensors
+ vacuum & extreme environment
compatible

+ High bandwidth displacement detection
+ Closed-loop motion control
+ Vibrometry measurements at MHz range
+ Thermal load on target <<75μW
+ No electrical connections to sensor head
+ Cost-effective technology
+ Industrial design and reliability