In the analog devices IMU selection website, the IMU's are categorized based on "Gyro bias repeatability" as well. For the ADIS16465, the gyro bias repeatability is given as 0.7 deg in the IMU selection website, but this parameter is not mentioned…
Thank you for your post.
With respect to question #1, the ADIS16465 now specifies the metrics under a different parameter: Repeatability. Can you check out Table 1 of the latest datasheet, for this information?
Am I understanding correctly from the data sheet that it's impossible to get timestamped data (according to internal clock) from the IMU module? I'm looking into different possibilities to synchronize the module in existing setup and the easiest way is…
We are investigating the possibility of using the ADIS16465 in one of our applications. We generally use the initial stationary averaged accelerometer measurements to compute the initial roll and pitch angles. So for this we will need to know what…
Here are some notes that I was able to compile, for adapting embedded C/C++ code that was written for the ADIS16470, for use with the ADIS16465. I hope that this helps.
Thank you for your reply.
Yes, the Gerbers will be just fine. Regarding the ADIS16465 dimensions, I found their 3D model files and got the missing figures from these. Nevertheless, more thorough module drawing dimensioning would be always welcome in…
We do have one product (ADIS16480) that does these computations, but its dynamic accuracy is not within your specifications and it has some requirements that could be limiting (must start-up in static inertial and benign magnetic environments, for instance…
When mounting these Isensor IMU modules, the recommended mating surface flatness of +/-0.001" (+/-0.0393mm) should be used to avoid additional stress on the package.
We also recommend using 2-56 screws torqued to 24 in/oz.
How do we model the frequency response of the Bartlett Window Filter in the ADIS1646x and ADIS1647x MEMS IMUs?
NOTE: This information applies to the ADIS16460, ADIS16465, ADIS16467, ADIS16470, ADIS16475 and ADIS16477 MEMS IMUs.