摘要
将混沌系统用于测量,是测量研究及非线性科学应用研究的一个突破,电感式混沌测量系统是一种以电感为敏感元件的混沌测量系统,能实现微弱直流电压的测量,并且具有极高的精度和良好的线性度.但此理论是否有不足之处?在分析电感式混沌测量理论基础上,深入地探讨仿真结果,揭示出此测量系统的测量范围,指出此测量系统存在有些电压值无法测量和电感体积大的缺点,为进一步发展此理论,提出以模拟电感为敏感元件的混沌测量系统.
With chaotic system being used for measurement, the study of measurement and nonlinear applied science is break through. With the inductor as sensitive parameter, the chaotic system can measure the weak direct voltage, and it has good precision and linearity. However, has the principle any shortcoming？ Based on the theory of chaotic measurement, we investigate the simulated result, in order to reveal the extent of measurement and some voltage that can＇t be measured. In addition, its volume is big because of using the inductor. So we develop the principle with the simulated inductor.
出处
《杭州师范学院学报（自然科学版）》
CAS
2007年第3期189-193,共5页
Journal of Hangzhou Teachers College(Natural Science)
基金
福建教育厅资助项目(TB05184)
院青年教师科研基金资助项目(XQL05016)
关键词
混沌
测量
电感
模拟电感
chaos
measurement
inductor
simulated inductor
