Modern Inertial Applications for Aerospace and Defense

Sep

2018

13 Sep 2018

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About the Webinar

Sean D'Arcy Aerospace and Defense Marketing Team

There are challenges in MEMS technology today that existing options are either too large or overall performance is inefficient. The latest family of ADI MEMS addresses this. As ADI surpasses the 1 degree per hour IMU barrier, small MEMS devices can now be incorporated into newer technologies like soldier wearables, small munitions, and barrel stabilizations systems along with historical applications such as ADAHARS, UAVs, and vehicle stability.

Recent advances in MEMS inertials providing increased performance in small packages
How to select and implement the correct MEMS gyroscope, accelerometer and/ or inertial measurement unit for military applications

Webinar Questions

Not Answered

Measure speed and distance using ADIS16495 0

61 views

3 replies
on Nov 28 2019
by RSHARMA829
Answered

Have your MEMS IMU been used for head tracking i HMD systems? 0

22 views

1 reply
on Oct 15 2018
by PKusior
Answered

Would a ceramic BGA package survive such extreme usage conditions being mounted on a board? 0

56 views

1 reply
on Oct 15 2018
by PKusior
Answered

How does the self test feature work? 0

50 views

1 reply
on Oct 15 2018
by PKusior
Answered

Do you think north-seeking MEMS will be able to integrate with traditional systems? 0

33 views

1 reply
on Oct 15 2018
by PKusior

Modern Inertial Applications for Aerospace and Defense

About the Webinar

Measure speed and distance using ADIS16495 0

Have your MEMS IMU been used for head tracking i HMD systems? 0

Would a ceramic BGA package survive such extreme usage conditions being mounted on a board? 0

How does the self test feature work? 0

Do you think north-seeking MEMS will be able to integrate with traditional systems? 0