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介绍传感器种类和用途传感器通常与人类五感相比较，如果半导体传感器当然能够实现这种“知识和知识”能力，那么其优势将出于各种目的，例如异常检测，安全性，自动化和质量。
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Maintaining street security through the sound sensor's monitoring system
Saint-tienne in the French province of Loire will install 50 sound sensors in a complex security complex, using these sound systems to report suspicious sounds to the municipal police, the f
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Vishay Introduces Micro-Measurement Hybrid Sensor Series
Vishay Intertechnology introduces the new Vishay micro-measurement hybrid sensor series for gravity, pressure and acceleration measurements. The compact sensor consists of a metal, polymer o
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通过声音传感器的监听系统从而维护街头治安
法国卢瓦尔省的圣艾蒂安（Saint-tienne）将在治安复杂的街区，安装50只声音传感器，借助这些传声系统向市政警察报告可疑声音，这在法国尚属首次。据悉，法国资讯保护委员会（Cnil）已批准这项监听系统，试行期从3月初开始。
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Vishay推出了微测量混合型传感器系列
Vishay Intertechnology推出新款适用于重力、压力和加速度等测量的Vishay微测量混合型传感器系列。该系列小巧的传感器由金属、聚合物或复合物衬底和附于其上的扁平箔应力片组成。
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How the Internet of Things will change the industry and market
IoT applications connect multiple devices together and help them communicate, from smart watches to air conditioners to self-driving cars. According to IHS Consulting, the number of installe
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物联网将如何改变行业和市场
物联网应用将多个设备连接在一起，并帮助它们进行通信，从智能手表到空调，再到自动驾驶汽车。根据IHS咨询公司预测，全球物联网设备的安装数量将从2015年的154亿台增长到2020年的307亿台。到2025年，这一数字预计将达到754亿台，未来10年复合增长率高达17.21%。
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What factors need to be considered when successfully adopting the Internet of Things
According to a study, by 2025, the Internet of Things may have an impact on the global economy of $11 trillion. Following the Internet wave of the 1990s and the mobile wave of 2000, the Inte
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成功采用物联网需要考虑哪些因素
根据一份研究显示，到2025年，物联网可能会对全球经济产生11万亿美元的影响。继90年代的互联网浪潮和2000年的移动浪潮之后，物联网被视为第三次技术浪潮，而且正在改变所有行业。随着这种新的技术热潮在未来几年内从数百万台设备扩展到数百亿台，它将对基础设施、标准、安全、商业理念和组织工作流程产生重大影响。此外，随着物联网推动数字制造（工业4.0），全球制造业将见证生产流程和业务运
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索尼为何继续加码图像传感器业务
图像传感器是提升相机像素的关键器件，它利用了光电器件的光电转换功能，将感光面上的光像转换为与光像成相应比例关系的电信号。图像传感器具有体积小、重量轻、集成度高、分辨率高、功耗低、寿命长、价格低等特点。
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传感器融合的潜在应用有哪些
尽管传感器融合的概念早就提出了，但直到最近我们才开始真正看到实际的规模应用。事实上，传感器融合已经迅速发展成为一种热门趋势，从发源的智能手机和便携式设备，现在开始拓展到广泛的物联网传感器、新一代自动驾驶汽车以及无人机的环境感知应用。
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从电容式到屏下指纹识别，全面屏手机给指纹识别带来了什么？
2013年9月20日，苹果发布了一款当时“最具创新力”的设备-iPhone5s。这款屏幕大小仅为4英寸的手机，在现在看来或许已经是过时，毕竟是6年前的设备。而在当时，它却开创了手机使用指纹识别技术的先河，并且沿用至今。这也是苹果为什么会被称为手机行业“风向标”的原因之一。
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Linear Hall ICs SS4833SS4833 Linear Hall-effect sensor is a small, versatile linear Hall-effect device that is operated by the magnetic field from a permanent magnet or an electromagnet. The linear sourcing outpu
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Linear Hall ICs SS495SS495 Linear Hall-effect sensor is a small, versatile linear Hall-effect device that is operated by the magnetic field from a permanent magnet or an electromagnet. The linear sourcing output
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Linear Hall ICs SS4825SS4825 Linear Hall-effect sensor is small, versatile linear Hall-effect device that is operated by the magnetic field from a permanent magnet or an electromagnet. The linear sourcing output
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Linear Hall ICs SS49ESS49E Linear Hall-effect sensor is small, versatile linear Hall-effect device that is operated by the magnetic field from a permanent magnet or an electromagnet. The linear sourcing output v
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Linear Hall ICs SS1302The SS1302 Linear Hall-effect sensor is small, versatile linear Hall-effect device that is operated by the magnetic field from a permanent magnet or an electromagnet. The linear sourcing out
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Hall Effect Unipolar IC SS1034The SS1034 is a unipolar Hall-effect sensor IC fabricated from bipolar technology. The device integrates a voltage regulator, reverse battery protection diode, Hall sensor with dynamic offse
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Three core technologies and innovation trends of sensor intelligence
When the sensors work as expected, people barely notice their existence, and people only think that without these sensors, the system will not be able to achieve the advantages. However, sen
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Analysis of the working principle of Hall effect sensor and fluxgate sensor
In the automotive field, magnetic sensors are an invisible but indispensable technology that makes everything from turn signals to ignition timing possible.
