PI (Physik Instrumente) L.P., a leading manufacturer of nanopositioning and precision motion-control equipment for nanotechnology, photonics, semiconductor and biotechnology applications, introduces the D-510 family of PISeca™ capacitive displacement gauges.
PISeca™ capacitance gauges perform high-precision, non-contact measurements of geometric quantities representing displacement, separation, position, length or other linear dimension against any kind of electrically conductive target. These single-probe nanometrology sensors combine superior resolution and linearity with very high bandwidth for dynamic measurements.
Features & Advantages
- Absolute, Non-Contact Measurement of Distance / Motion / Vibration
- Sub-Nanometer Resolution, Measuring Ranges to 500 µm
- Excellent Measuring Linearity to 0.1 %
- Plug & Play: Easy Setup and Integration
- Very Temperature Stable
- Bandwidth to 10 kHz
- Proprietary Electrode Design & Electronics Provide Higher Linearity
- All Systems Factory Calibrated for Highest Possible Linearity / Accuracy
Higher Linearity through Guard-Ring Capacitor and ILS Electronics
Not all capacitive sensors are created equal. Because the sensor design has a strong influence on the linearity, PI uses a special guard-ring electrode to shield the sensor electrode from boundary effects. This ensures a homogeneous electric field in the measurement zone and results in higher measuring linearity. In addition, the E-852 sensor signal conditioning electronics are equipped with the PI proprietary ILS linearization circuit.
Easy Setup & Installation
The capacitive gauges are plug and play units. The cable plugs directly into the sensor head for easy installation or replacement in the field. Installation is further facilitated by a display in the sensor electronics that indicates the optimum distance between probe and target.
Multichannel Measurements, Closed Loop Motion Control Electronics
PISeca™ capacitive sensor systems can be operated in multichannel configurations and combined with nanopositioning actuators for nanometer precise closed-loop motion control applications.