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Engineering a More Sustainable Future | ADI
Figure 17. 750 Hz vibration tone measurement.
Conclusion
Analog Devices' deep domain expertise in condition monitoring,
coupled with a strong portfolio of sensors, power devices, and
Ethernet connectivity, enables the designer to get to market with
the right design the first time. The ADIN1110 single pair Ethernet
MAC-PHY is the designer's best option in creating a vibration
sensor, which can be used to access asset health information from
anywhere and at anytime with Ethernet IP addressability.
This article presents the tip of the iceberg in terms of Analog
Devices sensor, power, and microcontroller offerings. Please visit
ADI's condition-based monitoring page for more information.
About the Authors
Chris Murphy is a field technical leader with the European
Centralized Applications Center, based in Dublin, Ireland. He has
worked for Analog Devices since 2012, providing design support
on motor control and industrial automation products. He holds a
Master of Engineering in electronics by research and a Bachelor of
Engineering in computer engineering. He can be reached at chris.
murphy@analog.com.
Richard Anslow is a system applications engineer with the
Connected Motion and Robotics Team within the Automation and
Energy Business Unit at Analog Devices. His areas of expertise are
condition-based monitoring and industrial communication design.
He received his B.Eng. and M.Eng. degrees from the University
of Limerick, Limerick, Ireland. He can be reached at richard.
anslow@analog.com.
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1
Steffen Graber. "10 Mb/s Single Twisted Pair Ethernet, 10BASE-T1L MDI Return Loss." IEEE, May 2018.
2
Richard Anslow and Sylvain Le Bras. "How to Get the Best Results Using LTspice for EMC Simulation—Part 1." Analog Devices, Inc., November 2021.
3
Richard Anslow. "How to Design a Good Vibration Sensor Enclosure Using Modal Analysis." Analog Devices, Inc., February 2022.
Adobe Stock / Zhu Difeng – stock.adobe.com
