Description
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.
Specifications:
| Sensitivity | 13nT |
| Noise | 15nT |
| Linearity over +/- 200 uT | 0.50% |
| Field Measurement Range | +/- 1100 uT |
| Current @ 8Hz, 3 Axes | 260 uA |
| Interface | SPI and I2C |
| Operating Temperature | -40°C to +85°C |
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13 nT |
NA |
SPI/I2C |
25.4 x 25.4 x 7.16 |
3-Axis Mag |
$25 |
Magneto-Inductive Magnetometer RM3100
$25.00