Inertial Sensing in High Accuracy Static and Dynamic Instrumentation
6:03
Murata's Pekka Kostiainen gave a keynote speech at Sensors Converge 2022. This presentation examines the wide range of available sensing solutions across multiple industries.
Related Videos
In Sensors
-
Play video Introducing a Flexible Piezoelectric Film Sensor Capable of Detecting Bending, Twisting, Pressing Force, and Vibrations (Picoleaf™)
Introducing a Flexible Piezoelectric Film Sensor Capable of Detecting Bending, Twisting, Pressing Force, and Vibrations (Picoleaf™)
Made possible by Murata Manufacturing with our unique piezoelectric technology, Picoleaf™ can be mounted in a small space. It can achieve a thinner design, improved assembly and durability, and other benefits compared to conventional sensors.
2:58
-
Play video Murata SCH1633-D01 Sets a New Standard for Automotive 6DoF Sensor
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
-
Play video Murata product introduction of SCC400T
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
-
Play video Murata Product introduction of SCH16T
Murata Product introduction of SCH16T
The new SCH16T-K01 gyroscope and accelerometer 6DoF combo delivers unmatched performance delivers an unmatched level of performance, supported by several added time synchronization features.
1:03
-
Play video AMR Sensor Demo Video
AMR Sensor Demo Video
You can watch a demo using a sensor that can detect 1-axis and 3D (omnidirectional).
0:34
-
Play video Murata product introduction of SCL3400
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
