湿敏元件

测试频率为1kHz时，H2V8.5Mo3.5O32.nH2O干凝胶薄膜湿敏元件在全湿度范围内，其阻抗湿度曲线线性良好，灵敏度较高。

H_2V_ ( 8.5 ) Mo_ ( 3.5 ) O_ ( 32 )· nH_2O xerogel thin film humidity element has good linear and high sensitivity in total relative humidity range at 1 kHz .

电容式湿敏元件的转换电路

Converter of Capacitor - sensitive to Humidity Element

基于DSP技术湿敏元件性能测试数学模型的建立

Establishing Of Testing Humidity Component Mathematics Model Based On DSP Technology

Li2SnO3厚膜陶瓷湿敏元件及其复阻抗分析

Li_2SnO_ 3 Thick Film Humidity Sensor and Complex Impedance Analysis

Zn2SnO4-LiZnVO4系厚膜湿敏元件的制备和性能研究

Study on preparation and properties of Zn_2SnO_4-LiZnVO_4 system thick film humidity sensors

Al2O3湿敏元件的制备及机理

Preparation and mechanism of al_2o_3 humidity sensor

Ta2O5薄膜MOS型湿敏元件的机理研究

The Research of Mechanism on Ta_2O_5 Thin Film MOS Humidity Sensitivity Component

本文综述了TiO2基陶瓷湿敏元件的研究和发展。

This paper reviewed the research and development of the TiO2-based ceramic humidity sensitive elements .

TiO2／Nb2O5陶瓷湿敏元件的研制

Development of tio2 / nb2o5 ceramic humidity sensor

TiO2系湿敏元件研究和进展

Research And Development Of TiO_2 Series Humidity-Sensing Elements

SnO2-LiZnVO4系湿敏元件电容特性分析

Capacitive characteristic analysis of SnO_2-LiZnVO_4 system humidity sensor

介绍了一种以Ta2O5薄膜MOS型湿敏元件为核心的湿度控制电路。

This paper introduces a humidity control circuit using Ta_2O_5 thin film MOS humidity sensitive component .

结果表明：IPS湿敏元件的特性包括灵敏度、响应时间以及温度系数等均优于多孔硅（PS）湿敏元件的特性。

As a result , humidity sensing properties of IPS sensor , including sensitivity , response time and temperature coefficient , are better than those of PS.

探讨了IPS湿敏元件的感湿机理，建立了湿敏电容感湿模型和湿敏元件的等效电路。

Humidity sensing mechanism of IPS was primarily studied , and both humidity sensing capacitance model and equivalent circuit of humidity sensing device were established .

本文介绍了聚苯乙烯磺酸（PSS）型电阻式湿敏元件的微观结构，感温原理及导电机理，并探讨了复膜式湿敏元件的制作方法。

In this paper the micro-composition , humidity sensitive principle and electric machanism about the electric resistance type humidity sensors are introduced briefly and a method to make humidity sensors of the coating film style is discussed in detail .

高分子薄膜电容式湿敏元件是一种能在±40℃温度环境内（可扩展到80℃），在0&100%（RH）范围中工作的湿度敏感元件。

Polymer layer capacitor humidity sensor is a sort of hew humidity detecting element of thin film capacitor pattern with high accuracy and rapid responce , which can be worked in all range of humidity and in the temperature range of + 40 ℃ to-40 ℃ .

本文提出了一种实用测试方法，可在某一测试信号频率下同时测出湿敏元件简化等效电路中的电阻分量Rp和电容分量Cp，复阻抗模Zp可由计算得到。

This paper proposed a practical measuring method to determine simultaneously the resistance ( Rp ) and capacitance ( Cp ) of the cell at certain frequency of the testing signal . The modulus of the cell 's complex impedance ( | Zp | ) can be worked out spontaneously .

采用湿敏元件HS1100/HS1101以及A/D转换器CC7107等常用元器件，设计了一款电路结构简单而且成本低廉的数字显示湿度测量仪。

Using the HS1100 / HS1101 capacitive humidity cell and the A / D converter CC7107 etc , this article designed a low cost and digital-displayed humidity measurer .

陶瓷湿敏元件的稳定化研究

A Study on the Mechanism to Stabilize the Ceramic Humidity Sensor

高分子湿敏元件寿命分布模型的统计推断

Statistical inference of the life distrbution model of high-molecular humidity-sensitive elements

复数电压法电容式湿敏元件性能测试数学模型

Measuring Mathematics Model of Complex Number Voltage to Capacitive Humidity Component

陶瓷湿敏元件阻湿机理的研究

Investigation of Resistance - humidity Mechanism on Humidity - sensitive Element

高分子共聚物类湿敏元件的湿敏特性数据处理

Data Processing of Humidity-sensitive Properties of Quaternized Styrene-vinylpyridine Copolymer Humidity Sensors

过滤器材料对陶瓷湿敏元件稳定性的影响

Influence of Materials of Filter on Stability of Ceramic Humidity Sensors

高分子电容式湿敏元件自动测量电路研究

Research into automatically measuring electric circuit with highpolymer condenser humidity sensor

碳湿敏元件非线性感湿特性的影响因素

Influencing factors of the nonlinear sensing property of carbon humidity sensors

保护层对湿敏元件响应特性的影响

The Effect of Protecting Layer on the Response Characteristics of Humidity Sensor

电容式复合介质膜湿敏元件研究

Research of capacitive humidity sensitive device of compound dielectric film

硅衬底纳米钛酸钡湿敏元件特性分析

Property analysis of humidity sensor of nanometer BaTiO_3 on Si

文中还着重介绍了提高陶瓷湿敏元件稳定性的措施。

Measures to improve the stability of ceramic humidity-sensitive elements are discussed .