Differential impedance transducer makes precision measurements
Kaman’s non-contact DIT-5200 makes sub-nanometer differential measurements for an economical price. The system also offers high thermal stability, high sensitivity, and high linearity, and senses without touching the target.
Measuring presents the DIT-5200 differential impedance transducer that makes precision measurements to sub-nanometer resolution. The system also offers high thermal stability, high sensitivity, and high linearity, and senses without touching the target.
Differential systems provide greater resolution and thermal stability than single-ended systems. The DIT-5200 is a true differential system for common mode rejection yet comes without the high price of many differential systems. Based on high-precision eddy current balanced bridge technology, this system is capable of sub-nanometer resolution.
The DIT-5200 is extremely thermally stable at +/-0.03% FS/°C, is highly sensitive up to 10V/mil, and is extremely linear to 0.1% full range. Kaman offers this system in single- and dual-channel configurations. The small package size of just 7.7 cubic inches leads to easy integration.
Applications for Kaman's DIT-5200 include precise alignment of fast steering mirrors, servo control position feed back, semiconductor stage positioning, angular displacement indication, X-Y orbit position feed back, and stylus position.
Kaman Precision Products
See also the Control Engineering Sensors New product area, and
- Edited by Amanda McLeman, Control Engineering, CFE Media, www.controleng.com