New product from Analog Devices - ADIS16480. Not sure if it something evolutionary but was interesting to me. The weight 48G. The dimensions ~46x45x13 mm. The price for qty of 1 is a mere $2457 Probably woulda never started this post if I knew that
taken from http://www.analog.com/en/mems-sensors/m ... oduct.html
The ADIS16480 iSensor® device is a complete inertial system that includes a triaxial gyroscope, a triaxial accelerometer, triaxial magnetometer, pressure sensor, and an extended Kalman filter (EKF) for dynamic orientation sensing.
Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
Nope, pretty common, price has just gone down a bit (I integrated one for a customer a couple if years ago, was worth $5k however that one integrated a gps too).
If you don't need industrial precision and reliability, calibration certificates etc you can get a $150 open source IMU that will do pretty much the same
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If you don't need industrial precision and reliability, calibration certificates etc you can get a $150 open source IMU that will do pretty much the same
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Re: Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
Thanks for the reply. I was wondering why it was so expensive. My piloting skills need to come a long way but FPV interests me.
Re: Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
It doesn't have much to do with FPV, but nevermind - all you need for FPV is a camera, a video transmitter/receiver and a display
The sensor components are quite cheap, not much more than the $150 you pay for the hobby/DIY versions. But If you want to guarantee some level of precision and repeatability that is suitable for industrial use on an IMU that uses "consumer-grade" components, you need complicated code (many many development hours), extreme care during manufacturing, and individual static and dynamic bench calibration of each single unit that goes out of the factory. That's what drives the much higher cost.
The sensor components are quite cheap, not much more than the $150 you pay for the hobby/DIY versions. But If you want to guarantee some level of precision and repeatability that is suitable for industrial use on an IMU that uses "consumer-grade" components, you need complicated code (many many development hours), extreme care during manufacturing, and individual static and dynamic bench calibration of each single unit that goes out of the factory. That's what drives the much higher cost.
Re: Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
Dear,
I see you have experience on ADIS16480.
I am integrating this inertial platform on an object. This object can jump and rotate any direction. How can i measure the height of my object?
I hope you can help me!
Thank you so much!!!
I see you have experience on ADIS16480.
I am integrating this inertial platform on an object. This object can jump and rotate any direction. How can i measure the height of my object?
I hope you can help me!
Thank you so much!!!
Re: Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
Sorry I do not have any experience with this product. I was subscribed to an Analog Devices mailing list and this was a new product that came up over 2 years ago. A couple of years ago I was interested in their DSP's and joined the engineers zone at AD. I'd start at this website to find your answers. I was able to get responses from their engineers for my questions.
https://ez.analog.com/message/156264#156264
https://ez.analog.com/message/156264#156264
Re: Ten Deg. of Freedom Inertial Sensor w/ Dynamic Orientat
thank you so much.
I hope someone can help me!
I hope someone can help me!