aNexus attocube IDS3010 Displacement Measuring Interferometer

aNexus attocube IDS3010 is a high-precision interferometric displacement sensor designed for applications requiring nanometer-level accuracy over a wide range of distances. Its compact, modular design and advanced features make it ideal for integration into various systems, including OEM and synchrotron applications and target materials, ensuring optimal performance.

Key Features

• Certified Nanometer Accuracy
  The IDS3010 offers repeatability and accuracy in the nanometer range, with a specified repeatability of 2 nm at 20 mm working distance and 100 Hz measurement bandwidth in vacuum conditions.
• Wide Measurement Range
  Capable of measuring displacements from a few millimeters up to 30 meters, accommodating a variety of application requirements. attocube
• Compact and Modular Design
  The sensor features a miniaturized and fiber-based design, allowing for integration into space-constrained systems. Sensor heads are available in various sizes, including a Ø1.2 mm option, to suit different applications.
• Extreme Environment Compatibility
  Suitable for use in ultra-high vacuum (UHV) environments, under pressures up to 10 bar, and across a wide temperature range from a few millikelvins to 423 K.
• Advanced Interface Options
  Supports a broad spectrum of digital and analog real-time interfaces and protocols, including AquadB, HSSL, synthetic analog sin/cos, and linear analog output signals. All signals can be outputted as either single-ended (LVTTL) or differential (LVDS).

Applications

The IDS3010 is ideal for applications requiring precise displacement measurements, such as:

• Vibration and Runout Measurements
  Accurate detection of vibrations and rotational runout in various mechanical systems.
• Ultra-Precise Motion Control
  Integration into closed-loop positioning systems for precise control of piezo positioners or linear stages.
• Synchrotron and OEM Applications
  Integration into synchrotron beamlines and OEM systems requiring high-precision displacement measurements.

Specifications