Interest in ferroelectric devices is increasing due to the extremely various applications involving sensors and actuators with a ferroelectric core. In particular, the hysteretic behavior of these devices is a key-point in many fields of application and the need of a deep characterization of such a behavior occurs. Industrial equipment for producing this kind of characterization is expensive and complex systems are needed for specific tasks. In this work a fully-automatic tool for addressing the properties of ferroelectric capacitors is proposed, with high flexibility and low cost features.
A System for Investigating Hysteresis Behavior of Ferroelectric Devices
ANDO', Bruno;GRAZIANI, Salvatore;
2002-01-01
Abstract
Interest in ferroelectric devices is increasing due to the extremely various applications involving sensors and actuators with a ferroelectric core. In particular, the hysteretic behavior of these devices is a key-point in many fields of application and the need of a deep characterization of such a behavior occurs. Industrial equipment for producing this kind of characterization is expensive and complex systems are needed for specific tasks. In this work a fully-automatic tool for addressing the properties of ferroelectric capacitors is proposed, with high flexibility and low cost features.File in questo prodotto:
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