Precision Nano Displacement Sensor (PNDS) - Radiant's Precision Nano Displacement System is a modified Atomic Force Microscope designed to capture the large signal piezoelectric butterfly loops of piezoelectric and ferroelectric capacitors.

P-IVS500 Radiant Technologies, Inc. Precision Nano Displacement Sensor (PNDS) - Radiant's Precision Nano Displacement System is a modified Atomic Force Microscope designed to capture the large signal piezoelectric butterfly loops of piezoelectric and ferroelectric capacitors.

Warranty: 1 Year
Shipping: FOB DPU
Ships in: 160 Days
Country of Origin: United States
SIN:
Part No:
GSA Schedule: Exp.:

DESCRIPTION

Radiant Technologies, Inc. Precision Nano Displacement Sensor (PNDS) - Radiant's Precision Nano Displacement System is a modified Atomic Force Microscope designed to capture the large signal piezoelectric butterfly loops of piezoelectric and ferroelectric capacitors.

The P-IVS500 Precision Nano Displacement Sensor (PNDS) from Radiant Technologies, Inc. is a specialized instrument designed for high-precision measurement of nano-scale displacements. It is a modified Atomic Force Microscope (AFM) system, engineered specifically to capture large signal piezoelectric butterfly loops in piezoelectric and ferroelectric capacitors. The system enables direct measurement of displacement as a function of applied voltage, providing critical data for the characterization of piezoelectric and ferroelectric materials. The P-IVS500 integrates seamlessly with Radiant's test equipment and software, offering advanced control, data acquisition, and analysis capabilities. Its robust design ensures high sensitivity and accuracy, making it suitable for research and development in materials science and device engineering.