Compasses

OEM GPS-Compass negates magnetic interference issues.

OEM GPS-Compass negates magnetic interference issues.

Unaffected by magnetic disturbances- as well as- changes to magnetic environment, VN-360 provides accurate, True North heading solution for systems integrators seeking alternative to magnetic-based sensors. This miniature heading and position sensor incorporates 2 onboard GNSS receivers and calculates relative position between- its 2 GNSS antennas. With- separation distance from -­-­ few...

Read More »
Compass provides constant heading updates along 9 axes.

Compass provides constant heading updates along 9 axes.

Measuring 4.69 in. across and 1.42 in. tall, Precision-9 Compass delivers heading and rate-of-turn information to Simrad autopilot, radar, and navigational systems over NMEA 2000-® connection. Solid-state sensor array measures motion on 9 separate axes, and respective accuracies for heading- and pitch and roll range are -

Read More »

GNSS Compass Smart Antenna is RTK-capable.

Designed for professional marine and marine survey markets, Vector V320 supports multi-frequency GPS, GLONASS, Galileo, and BeiDou. All-in-one smart antenna is capable of both RTK-level positioning accuracy and better than 0.2-

Read More »
GPS Compass offers better than 2 heading accuracy.

GPS Compass offers better than 2 heading accuracy.

Integrating 2 GPS antennas, multi-axis gyro, and tilt sensor, Vector V104 is based on patented Crescent-® Vector™ technology, which provides code phase management and multipath mitigation. Dual antennas provide heading and position data, while gyro and tilt sensor deliver backup heading information if GPS-based heading is ever lost. Offering- choice of serial or NMEA2000 communications,...

Read More »

Integrated eCompass with Soft Gyro enhances smart devices.

Respectively supplied in 2 x 1 x 1.1 mm and 3 x 3 x 1.0 mm LGA packages, dc213 and dc312 single-chip eCompass solutions combine 3-axis accelerometer and 3-axis magnetometer. Products, which feature I-²C interface and dedicated programmable interrupt, provide 9 DoF (Degree of Freedom) with soft gyroscope with MiraMEMS Xmotion™ software enabled. Pin-to-pin compatible with g-sensor series,...

Read More »

Smart Antenna and Compasses offer GLONASS compatibility.

Compliant with IMO requirements, Simrad MX521B Smart Antenna features built-in beacon demodulator, providing real-time corrections for positioning accuracy better than 1 m when in range of beacon station. In standard GNSS mode, unit provides better than 3 m- accuracy. Featuring- integrated gyro and tilt sensors, Simrad MX575D Compass delivers heading and DGNSS position accuracy within 0.5 -

Read More »

Electronic Compass targets battery-driven mobile devices.

Based on FlipCore technology, Model BMC150 combines 3-axis geomagnetic sensor and 3-axis accelerometer in single package.- Both sensors form logical and functional unit, since g-vector generated by accelerometer is required to calculate tilt compensation for azimuth data produced by geomagnetic sensor. Measuring 2.2 x 2.2 mm with power- consumption- as low as 190 -µA, compass offers...

Read More »

Digital Compass uses magnetic field measurement principle.

Housed in 3 x 3 x 0.95 mm LGA package, Model BMC050 integrates triaxial geomagnetic sensor for measuring Earth's magnetic field and triaxial acceleration sensor for tilt compensation. Device features 0.3 -µT sensitivity with power consumption of 0.54 mA during normal operation. Using FlipCore measurement principle, Model BMC050 achieves 0.5-

Read More »

CellGuide Announces CLIOX-C, a New MEMS-enhanced GPS Chip Using Baolab's CMOS 3D Compass

Enhanced Location Services and Augmented Reality REHOVOT, Israel and BARCELONA - CellGuide has announced the selection of Baolab's award winning NanoEMS(TM) technology as a companion to its location and positioning solutions. CellGuide will add Baolab's recently launched 3D NanoCompass(TM) IC to their GPS chip, to create the CLIOX-C, the world's first fully integrated GPS and compass device....

Read More »

Baolab Uses Its NanoEMS Technology to Create Ultra-low Cost 3D Digital MEMS Compasses in CMOS

Barcelona, Spain - 5 July 2011. Until now, 3D Compasses have typically used non-standard technologies such as magneto-resistive materials or Hall-effect structures combined with magnetic field concentrators to detect the direction of the Earth's magnetic field. Baolab Microsystems is first to design a pure CMOS Lorentz force MEMS sensor and, as a result, its new 3D Digital NanoCompass(TM) matches...

Read More »

All Topics