[ADI Live] Academic lecturer discusses fault monitoring of MEMS sensors and industrial equipment with you

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[ADI Live] Academic lecturer discusses fault monitoring of MEMS sensors and industrial equipment with you [Copy link]

Live broadcast time: May 9 (this Thursday) 10:00-11:30 Live broadcast topic: MEMS sensors usher in a new era of condition monitoring Live broadcast content: ADI has high-frequency, low-noise MEMS sensors designed specifically for industrial condition monitoring applications. They are not afraid of high shock and high vibration environments and can detect machine failures as early as possible in condition monitoring applications. In this Thursday's live broadcast, ADI experts will discuss with you how to use these sensors to achieve fault monitoring of industrial equipment, what mature solutions are available, what are the market development trends, and what are the advantages and disadvantages of different solutions. Editor's Note: ADI live broadcast expert Zhao Yanhui is here again. I feel good after watching his live broadcast (>>Click here to watch his previous live broadcast review video). In addition, you can watch his academic introduction. This technical live broadcast is worth looking forward to~ Watch the live broadcast: >>Click here to enter the live broadcast room (open at 9:30 today) Live broadcast guests Zhao Yanhui, Marketing and Application Manager of MEMS Products in Asia Pacific, ADI Mr. Zhao Yanhui is currently the Marketing and Application Manager of MEMS Products in Asia Pacific. He is mainly responsible for the promotion and application of ADI's existing accelerometer and gyroscope products in the Asia Pacific region, as well as the definition of new products. He obtained a master's degree in communications and information systems from Beijing University of Aeronautics and Astronautics in January 2008, and then joined ADI's China Technical Support Center to be responsible for technical support for data converters, operational amplifiers, wireless, power supplies, and micromechanical ICs. In 2010, he switched to the MEMS product line and began to focus on the development and application of micromechanical products. He has published more than ten papers in domestic and foreign journals and completed more than ten reference designs, such as the single-core transmission design of carbon-oxygen ratio logging, the low-cost and high-efficiency PA monitor with analog microcontroller as the core, and the full-function pedometer design realized by 3-axis digital accelerometer, etc. Live Gifts

孽庸冢

Great job, I've learned a lot