What can inertial MEMS sensors be used for? In the fields of industry, energy, automobiles, consumption, medical and communications, what help can inertial MEMS sensors bring? Low power consumption, low noise, low cost, high bandwidth, high temperature, high reliability... are everyone's expectations for all components, but in actual design, many indicators have to be compromised. For different application scenarios, what indicators should engineers pay attention to? How to choose a more suitable MEMS sensor?
Total of 1 lessons1 hours and 11 minutes and 14 seconds
When it comes to inertial MEMS applications, what we often discuss are applications such as airbags and ESC in cars, or applications such as screen rotation or somatosensory games in consumer mobile phones. But in fact, the applications of inertial MEMS sensors go far beyond that. Inertial MEMS sensors are used in everything from drones flying in the sky, to ships floating on the sea, to measuring equipment thousands of meters underground. New infrastructure, smart manufacturing, earthquake early warning, vital sign monitoring, etc. These popular concepts and applications are also closely related to inertial MEMS sensors.
Total of 3 lessons1 hours and 28 minutes and 13 seconds
Introducing the three development kits (ProfiMEMS, SensorTile.box and LIS25BA Board) used in the 2020 MEMS Sensor Creative Design Competition (competition registration is open), aiming to let more users understand and familiarize themselves with the use of the kits, and facilitate developers to provide based on ST Develop and debug your own application design on the platform.
Total of 2 lessons1 hours and 16 minutes and 33 seconds
ADI has high-frequency, low-noise MEMS sensors specifically designed for industrial condition monitoring applications. They are not afraid of high shock and high vibration environments and can detect machine faults as early as possible in condition monitoring applications. This Thursday’s live broadcast, ADI experts will discuss with you how to use these sensors to implement fault monitoring of industrial equipment, what are the mature solutions, what are the market development trends, and what are the advantages and disadvantages of different solutions.
Total of 2 lessons1 hours and 10 minutes and 2 seconds
Introduce the basic working principle of gyroscope
Total of 1 lessons12 minutes and 22 seconds
Total of 1 lessons1 hours and 1 minutes and 7 seconds
Total of 9 lessons3 hours and 25 minutes and 35 seconds
Total of 80 lessons13 hours and 37 minutes and 50 seconds
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