汽车传感器

汽车传感器的性能直接影响汽车电器与电子控制系统的性能。

Automotive sensor is an important element in electronic control system of automobile .

汽车传感器的识、讲、检三步教学法

Three-step Instruction of Automotive Sensor

基于双自适应Kalman滤波的线控转向汽车传感器故障诊断

Sensor Fault Diagnosis for Steer-by-Wire Car Based on Dual Adaptive Kalman Filter

汽车传感器是本期的亮点，从半导体IC发展而来的MEMS技术可制作五花八门的微型传感器，还可用于汽车的智能系统。

Automotive sensors are the highlight of this issue . Through the MEMS technology based on semiconductor IC , these sensors can be produced to design the automotive intelligent systems .

利用计算机的虚拟仪器技术，模拟汽车传感器的信号和执行机构的动作，给汽车ECU创造一个仿真的工作环境，可以在脱机的情况下实现对ECU的动态测试。

By making use of the technology of computer virtual instruments , simulating the signal and the action of automobile sensors and actuators , the ECU may be tested dynamically in the simulated condition when the ECU got out the vehicle .

纳米巨磁阻抗效应在汽车传感器上的应用

Application of the Giant Magneto-Impedance device in automobile sensors

汽车传感器波形分析在故障诊断中的应用

Application of Vehicle Sensor Waveform Analysis in Fault Diagnosis

汽车传感器是实现汽车电子化的关键性技术。

An automobile sensor is the key technique for realizing the electronification of the automobiles .

汽车传感器（连载二）光敏传感器（一）有轨电车和轻轨车辆的防碰撞性

The Crashworthiness of Tramcar and LRV

国内外汽车传感器的发展

Development of Motorcar Sensor in Global

汽车传感器技术评述

Comments on the Automobile Transducer Technology

汽车传感器应用现状

Application of Sensors in Automobile

利用超声波焊接实现汽车传感器封装，是高效率、低成本的技术。

Ultrasonic welding technique to realize automobile sensor seal is a higher efficiency and lower cost technology .

最后展望了超声波技术在汽车传感器生产领域的发展应用前景。

Finally it forecasts the development application prospect of ultrasonic wave technology in automobile sensor production realm .

第一章介绍了雨传感器的发展现状，汽车传感器的现状和发展趋势，论述了本设计提出的背景与用途。

The status quo and development current of automobile sensor is introduced . The background and purpose of this rain sensor is discussed .

在成本上具有很大优势，可为车载嵌入式系统以及汽车传感器的测试提供很好的应用借鉴。

The system can be applied to the embedded system and the sensor measurement of vehicle . The big advantage is the low cost .

论述了虚拟仪器技术在现代汽车传感器测试中的应用问题。

In view of virtual instrument technology Application in testing of automotive sensors , the test requirements of automotive speed sensors and phase sensors are raised .

阐述汽车传感器、换能器、智能化的交通控制系统技术，介绍欧洲从事这方面的研究成果。

This article describes auto sensors , energy exchanger , and technology of intellectualized communication control system and introduces research achivements in this field in Europe .

本文介绍了汽车传感器技术的发展现状，并根据全球汽车工业呈现持续增长趋势进行了汽车传感器市场的预测。

This paper introduces the present situation of the technology of automobile sensor , and according to the global auto industry tendency forecast the automobile sensor market .

本文介绍了汽车传感器巨大的市场空间，指出了传感器在汽车中的地位，以及国内汽车传感器生产水平。

The article introduces a huge market of motorcar sensor , points out status of sensors in motorcar industry and production level of motorcar sensor in internal .

讲述了通过对材料、焊接方法的选择和焊口及工装设计与制造过程设计，来实现汽车传感器封装的方法。

Through material choice and welding method selection , by working equipment design and manufacture process design , this article explains the method to actualize automobile sensor sealed .

汽车传感器的应用将不仅仅局限在发动机管理系统，而是越来越多地与环境保护、安全和智能联系在一起。

The application of automotive sensors will not only confined to the engine management system , but more and more and environmental protection , security and smart together .

由于受到温度、磁场等外界因素的干扰，汽车传感器的测量精度降低，致使汽车的整体性能下降。

Owing to the interference by the temperature and magnetic field , the measurable precision of automobile sensor drops greatly , and then results in the decline of the whole function .

汽车传感器的监测值，如身体，车轮和横向加速度，并为每个车轮在持续的基础上用它们来产生理想的阻尼力。

Vehicle sensors monitor values such as body , wheel , and lateral acceleration , and use them to generate the ideal damping forces for each individual wheel on a continuous basis .

该软件不像机器学习那样以概率的方式认知世界，而是将基本的物理概念应用到处理自动驾驶汽车传感器信号的程序输出中。

Instead of approaching the world probabilistically , as machine learning does , this software was programmed to apply basic physical concepts to the output of the programs that process signals from an autonomous vehicle 's sensors .

介绍了汽车传感器的特点和种类以及传感器在汽车电子控制系统中的应用，阐述了汽车传感器的现状及发展趋势，指出汽车传感器将向着微型化、集成化和智能化方向发展。

The article introduces characteristics and kinds of automotive sensor and application of primary automotive sensor in electronic control system of automobile . Present situation and development trend is expounded . Development trend of miniaturization , multifunction , integration and intelligence of the automotive sensor is shown .

基于DSP技术的汽车用传感器平台设计

Design of DSP-based sensor platform for automobile

LPG汽车发动机传感器参数采集

Parameter Acquisition of LPG Automotive Engine

汽车氧传感器ZrO2基电解质材料的研究进展

Development of ZrO_2-based Electrolyte Materials for Oxygen Sensors in Automobile

平板式ZrO2汽车氧传感器制备工艺新进展

New progresses of fabrication technique of planar-type ZrO_2 oxygen sensor