K-PUS
Digital Magnetic
Compass
K-PUS
digital magnetic compass are
used for precise measurement
of heading, roll and pitch
angles Its typical
applications are gimbals,
autonomous cars, laser
rangefinders, thermal
binoculars, reconnaissance
equipment, mounted weapon
systems etc.
With its mechanical design, electrical interface, software commands and data structures, K-PUS is a direct replacement for existing DMCs.
K-PUS has advanced hard-iron and soft-iron calibration capabilities (12-point calibration and easy-calibration).
K-PUS has passed several environmental conditions tests, including MIL-STD-810G.
K-PUS
digital magnetic compass
sensor has been delivered to
defense companies and has
been used on several
platforms with satisfaction
because of its:
Good accuracy
Cost-effectiveness
Reliability
Direct replaceability
APPLICATIONS
Reconnaissance Equipment
Thermal Binoculars
Laser Rangefinders
Unmanned Vehicles and Autonomous Cars
Gimbal and Pan-tilt Systems
Mounted Weapon Systems
SPECIFICATIONS
-
K-PUS-GY2 Performance
Roll/Pitch (Bank/Elevation) Accuracy ± 0.1° RMS Yaw (Heading, Azimuth) Accuracy ± 0.25° RMS Sampling Rate Up to 50 Hz Pitch/Roll Calibrated Range – 45° / + 45° Pitch/Roll Operational Range – 80° / + 80° Power Supply 5 V (± %5) Dimensions 33x31x13.5 mm Weight < 26 gr
-
K-PUS-GY5 Performance
Roll/Pitch (Bank/Elevation) Accuracy ± 0.1° RMS Yaw (Heading, Azimuth) Accuracy ± 0.5° RMS Sampling Rate Up to 50 Hz Pitch/Roll Calibrated Range – 45° / + 45° Pitch/Roll Operational Range – 80° / + 80° Power Supply 5 V (± %5) Dimensions 33x31x13.5 mm Weight < 26 gr
SENSOR DATA
-
3-D Accelerometer
Measurement Range +/- 2g to +/- 16g Non-Linearity +/- 0.5% Noise X-Y-X 0.75-0.75-1.1 LBS RMS Sensitivity 256 LBS/g (2g)
-
3-D Gyroscope
Measurement Range +/- 2000 degrees/second Lin. Acc. Sensitivity 0.1 deg/sec/g Total RMS Noise 0.1 deg/sec RMS Non-Linearity +/- 0.2 % Cross-axis Sensitivity +/- 2 %
-
3-D Magnetometer
Measurement Range +/- 8 Gauss Non-Linearity 0.1 % Full Scale Digital Resolution 18 bit Resolution 16384 Count/G Sensitivity 61 mikrogauss