绝缘纸板微水分介电测量系统中，电容式传感器电极与被测绝缘纸板的接触状态与接触压力会影响测量结果。
The contacting state and pressure between the pressboard and the electrodes of the capacitive sensor in dielectrometry system can affect the measurement of moisture in pressboard.
绝缘纸板微水分在线测量系统研究的关键之一是边缘场电容式传感器。
The fringing field dielectrometry sensor serves as a key factor in the moisture on-line measurement system.
设计了一种以多晶硅薄膜作为振动膜片的电容式硅微声传感器。
A capacitive micro-acoustic sensor with a polysilicon film as diaphragm was designed in this paper.
结合目前湿度传感器的研究现状，以及在线监测的具体要求，选择了聚酰亚胺薄膜电容式湿度传感器作为微水含量监测传感器。
Considering the study status of sensors and the requirement of on-line monitoring, the polyimide-based capacitive humidity sensor is selected as moisture sensor.
介绍一种采用硅微电容式加速度传感器作为检测部件，应用智能化数据处理技术制成的便携式汽车制动性能测试仪。
A portable vehicle braking test meter is introduced, which appies the technology of intelligent data processing and whose detect component is silicon capacitate acceleration sensor.
在测量硅微电容式加速度传感器时，由于器件信号的微弱和寄生电容的干扰，提高加速度的稳定性和分辨率非常困难。
Due to the parasitic capacitance and weak output signal, which is limited by its dimensions, it is difficult to improve the resolution and stability of micro accelerometer efficiently.
介绍了一种经特殊工艺处理的电容式压力微传感器，分析和论证了其结构设计、工作原理和测量电路。
The specific structure capacitive force micro-sensor is introduced. The principle and survey circuit demonstrated are demonstrated and analyzed.
研究了微电容式压力传感器的差动电容结构设计和微谐振式压力传感器的微谐振子结构设计，利用ANSYS软件对微差动电容的结构进行了优化设计。
A micro differential capacitance and a micro harmonic oscillator are studied and designed. The structure of the micro differential capacitance is optimized by use of the ANSYS software.
本文主要对电容式测压微传感器的力学特性和电学特性进行分析。
The mechanics and electrics characteristics of a type of capacitive microsensors are introduced here.
介绍了利用微加工技术制造的电容式压力微传感器的结构设计，主要分析了其工作原理，论证了测量电路的可行性。
The specific structure force micro-sensor on capacitor is introduced in this paper. Principle and survey circuit design are argued and analyzed.
针对传统的传感器无法进行长期健康监测的不足，研发出一套新型的基于MEMS的硅微电容式传感器。
Aim at the disadvantage of traditional sensor for structural health monitoring for long, a new type of micro capacitive sensor based on MEMS is developed.
本文基于原子力微探针瞄准原理并结合二维微位移系统和高精度电容传感器，研制了微尺寸测量系统。
On the basis of the aiming principle of the atomic force probe a-long with 2D micro-displacement system and the high precision capacitive sensors , the micro-dimension measurement system is developed.
研制了一种用于高压电容性设备在线监测的穿心式高精度微电流传感器。
In this paper a type of low current sensor based on zero flux compensation is described. The current sensor is specially designed for on line monitoring of HV apparatus.
研制了一种用于高压电容性设备在线监测的穿心式高精度微电流传感器。
In this paper a type of low current sensor based on zero flux compensation is described. The current sensor is specially designed for on line monitoring of HV apparatus.
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