The most accurate Low-SWaP magnetic sensor on (and off) the planet Incredible resolution with low power, low mass, small size, and large dynamic range. Getting accurate navigation and position data depends on having accurate magnetic field measurements to begin with. Unlike traditional Hall-effect sensors, the RM3100 magneto-inductive sensor has over 23 times better resolution and 33 times less noise resulting in far more precise data outputs. The RM3100 can deflect fields as low as 2.7 nT at 1Hz, with a noise floor of 4 pT /√Hz at 1Hz. It also has a linear response over a range of 100,000 nT. The RM3100 has been tested for various environmental conditions, such as thermal shock, mechanical shock, radiation, and thermal cycles, and has shown strong performance and stability. The RM3100 delivers impeccable signal-to-noise, drift-free, precise magnetic field measurements, ideal for underwater, ground, air, and space applications. It offers pinpoint resolution with low power, low mass, small size, and large dynamic range features. Installed in over tens of millions of devices worldwide, and trusted by leading military and commercial companies for use in key equipment. And it’s tested and approved by NASA. Stable and reliable over time and temperature and extremely radiation tolerant, the RM3100 has I2C and SPI interfaces.
