[Military-Grade Magnetometer Compensation Chip] PNI RM3100 High-Accuracy Magnetometer Geomagnetism, Magnet Field Sensor, SPI Interface, High-Revolution Electronic Compass Module for Arduino
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There is nothing I can do for you. Almost 10 times less sensitive than magnetic dip sensors and around 10 times more sensitive than hall sensors, roughly. As yet I have not tested my project on fields with very weak data.
Thank you very much for taking the time to contact me, sir, and letting me know about Unless otherwise noted, this is not a pre-release We calibrated it. In consultation with my engineering team, we're not quite sure what the hard-iron effect is. If you want a sample, you can buy it for It comes with a 100% money back guarantee if you do not like it. Thank you for the information above. I hope you are doing Please accept our sincere condolences, Kyle at WitMotion
My knowledge is that there are none.
Selected User Reviews For [Military-Grade Magnetometer Compensation Chip] PNI RM3100 High-Accuracy Magnetometer Geomagnetism, Magnet Field Sensor, SPI Interface, High-Revolution Electronic Compass Module for Arduino
Trying to install a piece of large instrumentation that required a low frequency signal The magnetic field of a DC battery. As I ended up failing (slightly) on the site survey, I wanted to have something I could use for continuous monitoring and could not easily retake it. A *50 nanoTesla accuracy was required, meaning the normal hall-based calibration could not meet it A device that can't handle the effect, but is unwilling to pay for the really high-priced Devices at the end of the chain. Plugged the meter into an ADLOGGER and it can be used with excellent precision and dynamic range for continuous measurements.