K-PUS
- Nano
Digital Magnetic
Compass
K-PUS-Nano
is a high accuracy and high
performance Digital Magnetic
Compass (DMC) sensor family.
It measures Bank (Roll)
angle, Elevation (Pitch)
angle and Heading (Yaw)
angle. Results are provided
via a bi-directional
electrical interface. It
includes a 3D accelerometer,
a 3D gyroscope and a 3D
magnetometer as its primary
sensors. It is designed for
applications requiring low
power consumption and
lightweight structures, with
a total weight of less than
1 gram.
Smaller and robust design with better connection interface. Better than 0.25 degree heading accuracy
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
-
Digital Magnetic Compass - Nano Performance
Roll/Pitch (Bank/Elevation) Accuracy 0.1° RMS Yaw (Heading, Azimuth) Accuracy 0.25° RMS Sampling Rate Up to 50 Hz Power Supply 3.3 V Dimensions 15x15x2.3 mm Weight <1 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