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适用于小型电池驱动型IoT设备 AMR传感器MRMS534R 低电压/低微功耗
实现了低电压驱动和低微功耗，非常适用于钮扣电池驱动型IoT设备的磁性传感器。 本磁性传感器可作为非接触式开关或计数开关使用。 实现了100nA以下（1.5V 时）的低消耗电流，有助于延长钮扣电池的使用寿命。
2:08
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Murata SCH1633-D01 Sets a New Standard for Automotive 6DoF Sensor
Murata SCH1633 is a high-performance combined gyroscope and accelerometer sensor. This micro-electromechanical system (MEMS) based sensor moves the benchmark for performance, system integration, and total cost optimization.
2:33
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CO2传感器 演示视频
您可以观看到捕捉室内人员密度引起的CO2浓度变化的演示和实例。
0:46
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气压传感器 演示视频
您可以观看到通过气压值的波动检测微小高度的演示。
0:21
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AMR传感器 演示视频
您可以观看到使用传感器的演示，该传感器可以实现单轴和三维（全向）检测。
0:30
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Advancing Healthcare with Sensor Components for Implantable Devices
Murata's technologies are continuously becoming smaller and smarter, driving the advancement of medical implantable devices.
5:41
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Murata technology for contributing global challenges by Soil sensor and GAIA.
This is the video how we can contribute global challenges such as “Food Security” caused by over-population and desertification.
2:39
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村田SCH16T产品介绍
新型SCH16T-K01陀螺仪和加速计6DoF组合提供非常出众的性能，并由多个添加的时间同步功能提供支持 高偏移稳定性和抗饱和性以及头等的噪声水平使 SCH16T-K01非常适合用于高精度机器控制和定位应用
1:03
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介绍可检测“弯曲”、“扭转”、“压力”和“振动”的柔性压电薄膜传感器（Picoleaf™）
村田制作所利用其专有的压电技术实现的“Picoleaf™”可以安装在狭小的空间内，与以前的传感器相比，它可以实现薄型化并提高组装性和耐用性。 此外，Picoleaf™ 中使用的压电薄膜是以来自植物的聚乳酸为原料制成的，是有助于实现碳中和的素材。
2:58
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Murata product introduction of SCL3400
New Murata SCL3400 inclinometer enables highest accuracy measurements for various different applications in real outdoor environments. Best in class stability performance is achieved with sensor's double differential measurement architecture.
1:18
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Murata product introduction of SCC400T
This new product family provides broad measurement range, superior gyro bias instability performance, low noise and excellent linearity and offset stability over temperature and time.
1:20
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Murata Tech Talk - New SCL3400 Inclinometer
New Murata SCL3400 inclinometer enables highest accuracy measurements for various different applications in real outdoor enviroments. Best in class stability performance is achieved with sensor's double differential measurement architecture.
3:25
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