Product Description
Introduction:
Research in the area of ferroelectrics is driven by the market potential of next generation memories and transducers. Thin films of ferroelectrics and dielectrics are rapidly emerging in the field of MEMS applications. Ultrasonic micro-motors utilizing PZT thin films and pyroelectric sensors using micromachined structures have been fabricated. MEMS are finding growing application in accelerometers for air bag deployment in cars, micro-motors and pumps, micro heart valves, which have reached the commercial level of exploitation in compact medical, automotive, and space applications. Extremely sensitive sensors and actuators based on thin film and bulk will revolutionize every walk of our life with Hi-Tech gadgets based on ferroelectrics. Wide spread use of such sensors and actuators have made Hubble telescope a great success story. New bulk ferroelectric and their composites are the key components for the defence of our air space, the long coastline and deep oceans.
Advanced Digital AnalysisThe PEL-01C features a digital display system, enabling users to easily view and record PE hysteresis loops. This enhances experimental efficiency and the accuracy of data analysis, making it a favored choice for laboratories focused on material science and ferroelectric research.
Robust and Versatile ConstructionWeighing 30 kg and designed in elegant grey, this instrument is built for laboratory durability. Its construction makes it suitable for repeated use in demanding research environments while maintaining measurement reliability and consistency.
FAQ's of Ferroelectric PE Loop Tracer, PEL-01C:
Q: How is the Ferroelectric PE Loop Tracer, PEL-01C used in laboratory settings?
A: The PEL-01C is primarily utilized to measure and analyze polarization-electric field (PE) hysteresis loops of ferroelectric materials, assisting researchers in understanding and characterizing material properties.
Q: What benefits does the digital display offer for PE loop tracing?
A: The digital display allows users to clearly view and record measurement data in real time, improving accuracy and streamlining data analysis during experiments.
Q: When should a laboratory choose the PEL-01C model for experiments?
A: Laboratories should consider the PEL-01C when precise, reliable measurement and analysis of ferroelectric materials are essential, especially for advanced research or quality control applications in materials science.
Q: Where is the Ferroelectric PE Loop Tracer, PEL-01C manufactured and supplied from?
A: This equipment is manufactured, supplied, and exported by a company based in India, serving both domestic and international laboratory markets.
Q: What is the process for measuring PE hysteresis loops with this instrument?
A: To measure PE loops, the sample is placed in the tracer, an electric field is applied, and the instrument digitally records polarization responses, providing a clear hysteresis curve for analysis.
Q: What type of materials is this instrument designed for?
A: The PEL-01C is specifically designed for use with ferroelectric materials commonly studied in physics and material science disciplines.
Q: What are the primary applications and advantages of using this instrument in research?
A: Its main applications include characterizing material properties and phase transitions. The advantages include robust construction, precision in measurements, and ease of data handling due to its digital interface.