Pinpoint-accurate pitch, roll, and compass heading in real-world conditions, performing reliably and repeatably in the field, not just in the factory. Ideal for far-target locators, range finders, and seismic monitoring.
RM3100(PNI磁傳感器組件)
RM2100(PNI磁傳感器組件)
RM3100磁傳感器套件是由2個XY軸磁傳感器Sen-XY-f(13104)，1個Z軸磁傳感器Sen-Z-f(13101)和1個ASIC控制器MagI2C(13156)組成。
SENtral（9軸運動傳感器數據融合芯片）
TRAX（AHRS姿態檢測系統TRAX模塊）
TargetPoint(美國PNI三軸電子羅盤TargetPoint DMC系列模塊）
SpaceScout（9軸姿態檢測傳感器）
SeaTRAX（PNI三軸電子羅盤SeaTRAX系列）
V2XE（PNI低功耗2軸羅盤模塊）
Prime(PNI三軸電子傾角補償電子羅盤)
TCM-XB(PNI TCM系列電子羅盤)pn12810
SENtral M&M(9軸姿態檢測模塊)
Where GPS is compromised or unavailable — whether underwater or underground, beneath a bridge or inside a building — PNI’s TCM tilt-compensated 3-axis compass module provides reliable, pinpoint-accurate pitch, roll, and compass heading. The TCM uses advanced algorithms to counter the effects of hard and soft iron distortions in the host system, providing highly accurate heading information in virtually any environment and any orientation. PNI’s patented geomagnetic sensors and pioneering measurement technology combine to provide all this performance under a low power budget that extends mission duration. The TCM’s unmatched performance in real-world conditions makes it ideal for applications that require consistency and accuracy in the field.
The TCM is a high-performance, low-power-consumption, tilt-compensated compass module that provides industry-leading heading accuracy. The TCM combines PNI’s patented 3-axis geomagnetic sensors and 6-axis MEMS accelerometer with PNI’s proprietary factory calibration algorithms to ensure absolute accuracy.
…in real world conditionsPNI recognizes there’s a difference between performing well in the factory and performing well in the field. The TCM’s advanced field calibration algorithms account for these differences by correcting for local magnetic distortions. And since applications may have physical constraints for doing calibration, the TCM provides four user-selectable calibration modes, as well as the ability to recalibrate the accelerometers to ensure long-term accuracy. The TCM’s measurement technology inherently ensures the module is free from offset drift and provides high measurement resolution, which is critically important at high and low latitudes where the dip angle (inclination) limits the usefulness of other compasses. So the TCM performs well in the field, not just in the factory.
